SCIENTIFIC ABSTRACT NAZAROV, I. M. - NAZAROV, M. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001136230010-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 31, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

S/115/6i/oood"009/005/006
000 E03 2/E 114
AUTHOR: Nazarovs I-M-
TITLE: Statistical control of radiometric apparatus
PERIODICAL: lzmeritellnaya teklinika, 1961, No.9, pp. 43-45
TEXT: Statistical control of radiometric apparatus is useful
in the detection of defects responsible for reduction in accuracy.
In addition, it is also convenient because non-steady indications
of the instrument cannot always be obtained by ordinary methods.
The method considered in the present paper is based on the
assumption that the number of pulses from a normally working
.istrument is distributed in accordance with the Poisson law. The
method cannot therefore be used to separate out interference, which
is also distributed in accordance with the Poisson law. However,
many sources of interference such as ageing of geiger counterB,
instability of photamultipliers, etc. give rise to distr0jutions
which are very different from the Poissonian distribution., The
method is based on the estimation of the ratio f S2/x-. as found from
a series of measurements and defined by;
Card 1/6

17846
Statistical control of radiometric ... s/n5/6l/000/009/0U5/o,)6
E032/EI14
(x, 2
f K
x
The counter is assumed to be working correctly if
2 2
2 S_r
a-
K. el f
(two--level control), or
2 2
S 1-a
< 13)
f
(one-level control). In the above expressions, X is th~~ i~uinter
of counts, K Is the number of measurements, f is the number of
d,agrees of freedom and X2 is the sum of the sqtuiros of the normdlised
random quantities distributed in accordance with the normal law.
Card. 2/6

27846
Statistical control of radiometric S/115/61/000/009/005/006
9032/9114
If the counter is unsatisfactory, then
M(S2) r. a2 If M(R) (4)
and the above Inequalities are equivalent to
2
x2 X < X2 " f 1L < X, X2 c f ~j2 < X2 i (5)
oL/2a2 a2 1-cx/2 a2 a2 I-OLa2
where o2 represents the variance of the readings of the counter,
the variance of the interference being neglected.
It follows from E(I.(5) that the probability that the interference
will be detected is:
Pi = P [X2 < + p [X2 ;>. X2_ (6)
)(O'L / 2 a2 1 a/2 a2
or
Ic X
P2 p I_a/2 02
Figs. I and 2 give families of
Card 3/6
(7)
curves for the number of degrees
or

27846
Statistical control of radiometric ... S/115/61/000/009/005/006
E032/EI14
of freedom as a function of y = a2/i for different values of
p, and p2 with a = 0.05. The curves can be used to find the
number of degrees of freedom f = K - 1. i.e. the necessary
number of measurements forA given y and p, or p2. The
paper is concluded with the following two special cases:
1) n in a random quantity independent of it, (n is the
mathematical expectation of the number of pulses per unit time
due to instrumental interference, and no is the mathematical
expectation of the number of pulses per unit time for pulses
distributed in accordance with the Poisson law); and
2) the sensitivityof the apparatus varies in accordance with tht
linear iaw.
There are 2 figures and 8 referencesi 4 Soviet and 4 English.
The English language references read as followst
Ref-31 Iarret, A.A. Statistical Methods used in the Measurement of
Radioactivity. TJSAEC, 1946.
Ref.43 H.H. Seliger, Res. of NBS, 1950, 45, 496.
Ref.5j 1. Cook, I. Duncan. Modern Radiochemical Practice, Oxford,
1952.
Ref.8: P.V. Sukhatme. Suppl. 1. Roy.Stat.Soc., 1938, 5,75.
Card 4/6

:'o VI
S/08 61/010/006/007/011
B1 36YI3201
AUTHORSs Balyasnyyp H. D., Boltnevs, L. I*# Dmitriyevt A, V,j
Icnov, V. A., and Mazarov, I. U.
TITLES Do)tarmination of the content of radius, thorium, and
potassium in rocks from an aircraft
PERIODICA,Li Atumnaya snorgiya, Y. 10, no. 6, 1961t 626-629
TEXTS A three-channel analyzer allowing measurements to be malt in three
qnergjr ranges with automatic oubtraction of the background has been used
for effecting spectroscopic gamma measurements. The Integral sensitivity
was 350 Pulses/see per microroontgon/hour. The channels work*4 (1) in
Integral operation with a out-off of 0-5 may to eliminate the effect of
the soft scattered gumza radiationj (2) in the i.W.9 may energy ransel
(3) in the 1.9-2.7 Uey ienergy range. The coatents.of the individual
elements were determintA by equations
nA(h) - n11R& + n,2Th + n,3K
n 21q - n12 Eta + a22Th
Card 1/4

5/039/61/010/006/007/011
Detarvination of the content of ... B136/BZOI
n5j(h ) . n3IR& + n~2 Th
Hera, Th and K denote the percentual thoriu= and potassium oor-tantat Ra
the counting
the percent-jal radium content of equilibrated uranium, n 1920
rates, f(h) the reference coefficient to the earth's sarfacel 211 - 8,105,
n 3.6. 05 n .1.6-102, n 4, n -io 4, , . 2.7-10 4,
12 " ' 49 13 " 21 " 4.8,10 22 ' 2.6 31
n32 - 4.6-1o . Vh) Is independent of the content of alazsnte, and for
altitudes of 109 25P and 50 a aqual to 1.00, 1*24, and 1o55. The coeffl-
cionte nij were determined by a direct method whioht however, proved not
to be very accurate. Since the spectra of the standard specimens and of
the semi-space differ, the standard spectra were taken without and with &
25-c= water screening. The root-moan-square error in the deterainstioa
of the elements was calculated after the fourth control flight &ML was
found to amount to 25 ~. The flightacovered &a ares. of 5-5'10 ka
Card 2/4

,/61/010/00&/U07/011
3/009
Determination of the oont6rt of Bi36/3201
at intervals of 100 m at an altitude of 25 m. A clear relationohi)/ van
found between the radium and thorium contents and the 11 Peological zt;-tjo-
~, and 11.10--
ture. The h1gheat radiurA and thorium contents Q 10 ,v. r*-
npuotivoly) onloulatod eooortiing to i&*rIal survey results are found In
such regions where effusive rocks of 4 madium composition npp "'ir in- r
Acropro on the s,?rf?coi the 1 other wm (1.5 10
n eat ?n,, a
'f' I tr a or thoriuml a o A9
rolium and 4.0-10-4-i- R whore o idlve rocks of
a bnoic compocition appear. The radium content deterrined fro:2 the air-
craft In, on the average, by 267'10 and the thorium content by 21~jj leas V/
than tho contents detorzined by radiochomical analysis. The Introduction-
of a correction factor X-1.1 in n improves results considerably. in,
3
however, the number or mnslysef. perfomod is small, their accuracy in
insufficient. The conclusion is drawn that errors oAuabd by tolerances in
prematurely Introduced coefficients can be eliminated by this correction.
The potassium content in effusive-aedimentary rooks fluctuated between 1
and 2~4' and attained ir granite, which agrese with data available in
the literature. V. M. Vasilankoo Z.7. Xuznetsova and r. v. Yajodovekly
Card 3/4

S/089J61/010/006/007/011
Determination of the content of B13613201
are thanked for having supplied g*olog'.cal material. Thore, are 2 figures,
1 table, and 3 Soviet-bloo references.
SUMITTEDs July 14, WO
x
Card 4/4

S/874/62/000/002/002,1019
D210/008
ALWHORS: Belyasnyy, N.D Dmitriyer, A.V., Ionov, V.A. and
Nazarov I.M.
Spectrometric atudien of natural emitters using
large-volume acintillators
SO MIE: Akadeniya-unuk SSSR. Urallskiy filial. Institut 4eo--
fiziki. Trudy. no. .2, 1962. Geofizicheskiy sb~irnik,
no. 5, 57-62
__TMM -- ----- -repor-ted-Of the ratio of tac
amounto-ai~-tivo,-iuni--atvd--uranium-in-naiwal~-rockao-- . apparatu-.-em-
ployed incorporated-a cylindrical Iplastic scintillator with a (~B~Y -24*
(rZU-24) photomultiplie~ at each end. The plastic phosphor (2) cm
diameter, 40 -cm long) consisted of two equal oat-to in optical ,.ontact
with each other. It was surrounded by a cotton wool reflector in
order to improve light. collection. The outputs of the two photomul-
tipliers were added together which ensured that the pulse amplitude
wrx independent of the position of the scintillation within th! phos-
Card-.-1/2

~V8
studies D21a/b3oa
phor. 'The resolution of the C8137 photopeak was found to be 22'~,fa.
The scintillation pulses were examined with a fixed channel covering
a pulse-height range corresponding to 2 - 2.6 YIeV and a furthcr chai-
MI ifaich corresponded to one of the following four possible erLergy
regions: 0.3 - 2.6, 1.0 - 1.5, 1.0 - 2.0 and 1.5 - 2.0 I.IeV. Azialysis
of the results obtained with these channels showed that the error in
daterraination. of the Th/U ratio from the counting rate ratio for the
two channels is a minimum when chwLinel No. 2 covers the rar4,ye 21.0
2.6 MeV. There are 3 figure& and I table,

BOLTNEVA, L.I.; VASIMIYOO V.N.; MfITRIYE:V.. A.V.; IONC,Vt V.A.;_ IMAMV.
--X&4 YAGODOVSKIYP I.V.
Experimental determination of radi=,, thorium, and Fotassium in
rocks from an airplane by means of a llaJ(Tl) crystal pickup.
Atom. energ. 13 no.3:260-282 S 162. (14IRA 15:9)
(Gamma-ray spectrometry) (Radioactivation analysis)

/62/147/005/002/032
9/020
B172/B112
AUTHORS: Berlyandt 0. Set Nazarovo I* Mop Pressman# A. Ta.
TITLE: An i nerfo - or complex Gauss - Poisson distribution
PERIODICAL: Akademiya nauk SSSR. Doklady, v- 147, no- 5, 1962, 10054007
TEXT: n events are considered obeying a Poisson law the parameter of
which is a random quantity which correspoaas to a standard division
X(x,a,o) the intersection point of which has an abscissa equal to zero:
00 2 2
P(n) 2 f x n 9_x-(&-x) /20 dx
I+erf a _F2_x 6 ni 0
(
1 2
W
2
sy /4-a I
1 +erf a n 1
Card 1/2
n 212 (F2
7 x dz (y 2).
0

n S/020J62/147/005/002/032
Ani erfa - or complex Gauss B172/B112
The probability distribution for such events is called an i nerfc
distribution. The mathematical expectation and the dispersion of such
distributions are calculated.
ASSOCIATION: Inetitut prikladnoy geofiziki, kkademii nauk SSSR (Institute
of Applied Geophysics of the Academy of Sciences USSR)
PRESENTED; June 25, 1962, by No No Bogolyubovq Academician
SUBMITTED: June 20# 1962
Card 2/2

VASILENKO, V.H.; DMITRIYEV, A.V.; IONOV, V.A.; KOGAN, R.M.;J~AYROY, I.H.;
FRIDMANP Sh.D.
Using the gamma-ray spectrum surveying method Jn geology.
Sov. geol. 6 no.lOt47-62 0 163. (MIRA 17;1)
1. Inatitut prikladnoy geofiziki AN SSSR.

EiA:W,'OV, V.I.; SgiiD*.TJKOVA, A.S.; GORBOSHINA, L.V.; NAMOV, I.M.;
YEFIRRIA, Z.N.; PANAM iYOVA, Ye,l.., red.
[LAboratorl work and problems in radiometry] Laboratornye
raboty i zadachi po radiou,etrii. Fo3kva, Atomizdatp 1964.
307 p. (MIRA 17:5)

T.
F 7:7

IJAZAMVt -I.N. .
Treatment of veasels contaminated by radioactive substances*
Gig. i nano 25 no. 6s98-99 Js 160. (MIRA -Jo2)
1. Is owdtamo-spidemiologicheakoy stantaii Vasileostrovakogo
rayona Leningrads.,
(RADIOACTIVITY-SAFEETY MEASURES)

.gAUfny- jVgLj!t~!~~ UL,yMVAP N., red.; YEROSHKIKA, L. v
mIA&hiy red.; ULAMOVI, L., tekhni, red. -
[Production experinent and Its role in imowledge)Proizvodstvem-
nyt eksperiment I ego roll v poznanit. Moskva, Sotsekgiz,
1962. U2 p. (HIRA 16:3)
(Research, Industrial)

BERDICIMS11Y, M.Ya., kand. wed. nau](T NAZMT, I.P.
Treatinant, of rad!r~-ulftl& with epidural injectlan
of vitamin 14.,--,, and )nin. Lied. 41 no,9tl4.2-U4
S063 (MIRA 17 0)

NAZ."ROVF I.V.
Safety rotary drilling. Neft. khoz. 40 no.831-5 Ag 162.
(MIRA l7s2)

L 0428"7
ACC NR' AP601-3249 SOURCE COIZ: UR/0423/66/000/008/0038/0038
AUTHORS: Lopukhinp V. A.; Nazarov, I. Vo
ORG: none ff
TITLEi Apparatus for controlling the thickness of a metallized coati Class 21s
No. 180658
SOURCEt Izobreteniya, proqrshlonnyye obraztay, tovarnyye znaki, no. 8, 1966# 38
TOPIG TAGS: metal coating, specialized coating p MAINVO'A.Mey
ABSTRACT: This Author Certificate presonts an apparatus for controlling the thick-
noss of a metallized coating (such as that on a condenser paper) according to the
magnitude of its ohmic resistance. The apparatus contains a contacting mechanism
connected to the measuring block. To automate the controlling of the metallic coat-
ing thickness on the condenser paper in the course of cutting such paper, the con-
tacting mechanism is made in the form of two rollers between which the paper is
pulled. The measuring block is connected through a timing device to a cutoff mech-
anism (see Fig. 1). An air auction arrangement, placed between the contacting mach-
anism, and the cutoff mechanism,, serves to remove the cull portions of the condenser
paper,
Card 1/2 UDCI 621.317.73:621.319.4.002.

L 0428"7
AP6013249
Fig. 1, 1 and 2 - contact roners;
3 - condenaer paper; 4 - cutoff
machaniaml 5 - air auction arrange-
ment
Orig. art, hass 1 figure.
SUB CODE: 13/ SUBM DATE: 19Apr65
114-
Card 2/2

-
1'., , . I
." t ~! ) ~, ~

mAzARGY, K.r.
Classification of autcoobile and tractor air filters. Awt.i trakt.
prom. no.4:13-14 Ap '56. (MIJA 9:8)
(Air filters)

A - -
/ 11/ f j, - 'r ;r - %, , - -,
SEKILIDTAYU. P.S.; I KAZAROV. K. I. -'
"rience gained In departmental testing Isboratories. lzu.takh.
no.6,.69-73 X-D 156. (KJaA 10:1)
(Testing laboratories)

SAPRON, A.B., starshly aloictromakhanik; MOGILA. A.F.; UAZAWV. K.1.
elsictromekhanik
Device for transmitting a selective call from an automatic
telephone exclwAggee Avtom.. telem.i evias' 4 no.6:28-33
Ja 16o. (KRA 13:7)
1. Grosuenskaya distantrilya signalizataii t evyazi
Severo-Navkazskoy dorogi (for Sapron). 2. Barnaullsitaya distantaiya
signalizateii i gvyazi Thmakoy dorogi (for Mogila).
(Telephone,, Automatic)

857h2
5/115/60/000/0',1/009/013
3~.?S~U B019/ '. 056
AUTHOR: Nazarov, K. I.
Genorator
TITLE: Portable Highly S _M With Fixed Frequencies
Made of Semiconductors lk~-
PERIODICAL: Izmeriteltnaya tekhnika, 1960, No. 11, pp. 45 - 47
TEXT: The generator described here was developed by the author jointly
with B. A. Kazantsev and V. F. Vashchenko. It is of small dimensions
and its error does not exceed + 1-10-' 6. The generator is intended for
calibrating electronic installations and has decadi,;ally fixed fre-
quencies of high stability in the frequency range of from 10 cycles to
1 megacycle. Temperature-sensitive parts of the generator are in a
thermostat. This permits keeping the temperature constant under condi-
tions where the ambient temperature differs by +250C. A multivibrator
was used for the frequency division. Tho block scheme showa the follow-
ing blocks: supply block, temperature controller. thermostat, 100 kilo-
cycles quartz generator, two simulators, three frequency dividers made
Card 112

Portable Highly Stable Generator With Fixed S111 '6C10001ollIGO)IO13
FroqQonciea Mado of Somioonductora B019YB05(3
of junction-type triodes, a junction-type triode multiplier and a volt-
meter. The multiplier is developed as resonance amplifier, moreover the
voltage is stabilized. The design of the generator is described in de-
tail. An experimental checkup at a working temperature of 200C and a
deviation of the ambient tetperature by �20 0Cshowed that the frequency
changes by less than +1~10- within 60 ininutes, There are 2 figures,
1 table, ane 3 Soviet roferonoes.
Card 2/2

ri 7

.1;, -, ltl_ztl~
Fortati-n, 7zZ.v-lk~- r7o,-~*.69-73
:1 (MIRA 180)

IIA"'ARO-1, K.
I
Mazarov, X. K. - I'Local plant rt~so~.r,-,.3 ior riatijnal
"Local oil plants and methods of obtalainf, oil fro,, tti--.r, $or national
Uchen. zanisli Leninab. ~.,oa. ped. in-ta Im. Kirov&, Issue 1, 19U1, p. 111--35,
(Resume In Tadzhik).
SO: U-hllO, 17 July 53, (LetDpis Iniurnal Inyk., Statey, No. 19, 1))-)).

- '1-1~ ~ ~ ~ ik V ~ I I 1~ I j ~ T *~--~i
~,-_NAZAROV, R.K., starshly prepodavatell
1''
Grain and its processing by loGal facilities In n3rthern Zajikistane
Uch. zap. LGPI no.6:33--53 158. (MIRA 13-9)
(Tajikistaa--Grain)

KAYUMN, M.K.0, mayor meditainakoy-sluzhby; ZAVRAZHIRp M.K.p.podpol-
kovaik medltalnskoy i3luzhby; KNUZEV, S.V., podp~lkcvnik medi-
tsinskoy sluzhby; KOBYAKOVp N.I.O. podpolkovnik maditainskoy
alur.hbyj DOKUCHAM, G.M., podp;olkoynik sv4itslnsko7'-sluzhby;
FMTHU# N.N.p polkovnik neditsinskay sluthbyl KHOROSHCHFV,, V.D.,
podpolkarniik imeditaivskoy sluzhby; GOMCHIKv TefD.j, podpolk"nik
neditainskoy sluzhby; DKUKERp Tu.S.; fk47.ARQV,.-LM,; KaKOGOROV,
P.R.,, polkovnik maditsinskoy sluzhby; KLI)KMO, A.V., podpolkovnik
meditsinskoy sluzhby; RYAKHOVSKIY# I.Ye;v podpolkovnik meditsinskoy
slazhby; IVANtKOVICH, FA*; GUBINp S.V., kapitan meditsinskoy
olur.hby; ZOTOV, I.G., kapitan w3ditsinskoy sluzhby; IEONOVA, Te.I.1
BUNTOVSKIY, PA., mayor meditaiwkoy sluzhby; GERASIM07,, A.N.p
podpolkovaik meditainskoy aluzhby; GURIYEV,, I.A., kapitan imadi-
tainak,)y sluzhby; KOLDOBSKIY, S.Z., mayor cLeditsinskoy sluzhby
Abstracts. Voen. med. zhur. no.lOt74-79 0 165.
(MIRA 18i11)

Country : USSR T
Category: Hman md 1-bysioloey. Nervous System.
Hie~hcr Nervcus :.ctivity. Lehavior.
Aba Jour: RVOLOI -, No 19, 1950, 89252
Author Semnov, S.F.; Va ~rov K.H.
Mat Criman Mdical Inz+.IIu-fe-"~-
Title On the PathoC;encs-;.s of Speech Discrdcrs in Ntients
with Schizcphrvnia.
OriG Pub: Tr. Kryrwl:. tr--d. In-t, 1957, 1T, 4T0-474
Abstract: A recor~UnC; of a-Lvech motions with the nid of a
laryneophono ond elactrocaMl%=ph 41sclosed that
the Intensity, rhythm, and rate of speach reactions
(88) charwvd urAer the effect of rhytIvAcal cutaneous,
lurAnous and larticularly sound =j hiticsthetic sti-
rmlants . In achlzophrenla with Clemabault-KnrAinsky
Card 1/2
T-115

HAZAROVp K.N.
------------------------
Specific cerebral antigens and autosensitization again t then
in a serles of mental diseases. Zhur.nevr.1 paikh. 62 no.8:12U-
1218 Ag 162o OCRA l5sl2)
1. 1-ye I-14nicheskoye otdelenlye (tav. - prof. S.F.Semenov)
TSentrallnogo nauchno-isaledovatellskogo instituts. sudebnoy
poikhiatrit imeni Serbskogo (dir. - dotsent C.V.Mnrozov),
Mockva,
(MENTAL ILLNM) (BRAIN)
(ANTIGENS AND INTIBODIES)

NAZLP(A'v Fal.
Autosensitl znIVAIon to anUbudles of the b7aln In schlzophrenin
and in a nwrbrr of otht)r mental disparea. Probl. sud. paikh.
no.1300-44 062, (RIPA 18:9)

Frequancy of metal disorders in ebilldren born iron an ismmlogically
Incompatible prognarcy (ABO factors)o Zhur. nevr. I psikh. 65 no.?c
1086-1099 t650 (MIRA 1817)
1. Kask ovskiy detskiy paikhonovrologichaskLy diapdneer so statstatiard'a;
(glavnyy vrach - k&M. mad. nauk K.M.Nazaroyp nauchnyy rukoyoditell -
prof. G.U.Sukhareva).

NVAROV, Ch.l.
HArogeological characUrlatlas *f the Bab&tse ReAgo. Trudy LN Tadzb. SSR
118:191-206 159. (NM 13,10)
(Babatag Range-Mater, VaderCroand)

15(2)
AUT11ORS: Bron, V. A., Dlk3hteyn, Ye. I., Ledyu!_-ova, SGV/131-59-12-4/1c~
M. V., Hazarov, K. S., Rigmant, 11. M.
TITLE: Increase in Stability and Operation Efficiency of the
Regenerative Checker Chambers of 400 Ton Uartin Furnaces
(Povyaheniye stoyko3ti i offektivnorti raboty nasadok re-
generatorov 400-T martanovskikh pechey)
PERIODICAL: Ogneupory, 1958, Nr 12, PP 545 - 551 (U~'11;10
ABSTRACT: The 400 ton Yartin furnaces possess sr:ail specific volu...es
of the slag containers and checker chambers (Table 1), which
results In an intense inpurification by inelting dust and
a rapid wear of ..he checker chambers. Chromo-al unin oil a re-
fractories of the Semilukskiy works were tented ( see paper by
V. A. Bron, I. V. Savkevich, R. S. Hil'shenko, Ref 1) in
order to increase the stability of the checker chambers.
Figure 1 presents the temperature changes of chatmotte,
forsterite and chromo-aluminous bricks when the butterfly
valves are tilted over. The temperatures were t-,ieanured by
U. G. Kozhanov, V. G. Beloshapkin under the supervision
Card 1/3 of A. M. Kulakov (Ref 2). Figures 2,3,4, and 5 present

Increase In Stability and Operation Efficiency of t)-;e SOV/1311-5-1-12-4,1!~
He,,,-enerative Chec!~er C'ianbers of 400 Ton Martin Furnaces
the atate of the checker bricka after 213 mvaltings. The
bricks are covered with molting dust which iioraetimes
is caked together with them. The chemical composition of
the mclting dust nhorn (Table 2) that an enrichment of
the dust with alunina is effected at the plixes of cont~ict
with chromo-aluminous bricks, which ib connected with rin
increase in refractorineas, as confirmed by the petro-
graphical inventi,-,ation (carried out by T. F. Ilaychenko,
Ref 3). Table 3 gives the characteristics of chromo- alu-
minous bricks after operation in the top-most unit of
the checker chambers of the air and ~,faa generators. Figure
6 shows the micro3tructure of the slat, cover of a chrono-
aluminous brick after working in the top-most unit of the
checker chambern of the air generator. Table 4 presei;tS the
operation values of the checker chambers of .100 ton
Martin furnaces profluced from various refractory bricks,
an well as the repairs carried out. The thoriial conductivity
of refractory brirka before and after vorking in the
regenerative checker is denon.-Arnted in fi6n1re 7 for
Card 2/3 chromo-aluminous, dinan, chamotte and forsterite bricks.

Increase in Stability and Operation Efficiency of the SOV/131-58-12-4/110
Regenerative Checker Chambers of 400 Ton Martin Furnaces
Chrono-aluminous bricks yielded the bost results. The use
of these bricks under simultaneous washing of the checker
chambers promotes the reduction of the melting duration
and fuel consumption (Fig 8). conclusions: The use of
chromo-aluminous bricks with an alumina content of 76-80%
and a chromium oxide content of 9-11% in the upper e-12
units of the checker chambers Increases, in connection
with their washing, the stability of the checkers and the
efficiency of furnace operation. It is rot-arded as neces-
sary to improve the methods of washing the checkers and
tent other highly refractory products in the checkers of
the 400 ton Martin furnaces. There are 0 figures, 4 tables
and I Soviet reference.
Card 3/3

P&SIMAl, N. H.; Prizimli uchalstiyes RATSUL, P.P.; q~WQV$ K.S.; PONMUMAt T.V.
Dmloplxg a procedum for the manufacture Of I,--Zia brick
from treated Chakmakall kaolin and Buskmll cl-j. Trudy Toot.
inst. opsup. no.2:189-196 160. (MM 16.- 1)
01rebrick)
Chalmakul.0 region-laolta)
skmll region-Fire clay)
M

S1 1 30/60/(M/O 11/60 5/~) i I
AWA001
AUTHORS: Deyneko, D. I.,,Nechkin, M. G., Naz&rov, K. S.
TUM Fettling of New Bottoms on Large-Capacity Opmn Hearth Furnaces
PERIODICAL: Metallurg, 1960, No. 11, pp. 20-23
TEXT, In the rep&!, of open hearth furnaces high-spe,:~d fettling has been
developed by increasing the thickness of the fettled layers from 20 - 25 to UD to
100 mm. On the basis of experimental investigations, high-speed fettling of new
bAtoms'of lmye-capacity furnaces A and B.was carried out by shop Senior Kaster
M. G, Moohkin of the Magnitogorsk Metallurgical Combine. "Ekstra" wagnesite
powder, roasted dolomite, mill scale and open-hearth furnace slag were the
materials used. The heat load of furnace B was by 3 million kcal/hour higher
than that of furnace A, and the bottom of furnace A was fettled in five lkv-lrs
wherea3 that of furnace B was fettled in six layers. On the basis of the expi-rl-
ment performed the following recommendations are given: The initial and final
layer should be fettled with pure magnesite powder and the intermediate layers
with a mixture of me:gnesite powder, scale and open hearth furnace slag. The
latter may be substituted by roasted dolomite which requires a higher amount of
Card 1/3

3/1~0/60/000/011/005/011
AOO61A(JO1
Fettling of New Bottoms on Large-Capaoity Open Ifearth Furnaces
scale. Scorification of the bottom masonry must be made with scale which
penetrates, due to its greater fluidity, Into the profound layers of the masonry
and fills In all the pores and seams preventing the penetration of c4st Iron or
metal. Only after the masonry has been comPletely saturated with liquid scale,
scorifleation of Its surface with open hearth slag may be started. The final
thick layer of magnesite powder (100 wim) Is gradually penetrated during the
first melts after fettling. To preserve this layer, It Is necessary to fettle
on It a thin layer of roasted dolomite which when connected to th~i upper portion
of the mWqsite layer produ(%es a strong external crust which protects the thick
layer from rupture and floating-up. The fettled layer should be*scorified only
with scale sinee the upper layer becomes porous when scorified witir slag. The
heat load during the fettling process should not be too high. The Lacr-iase In
the thickness of the layer attained (100 mm) is not an extremal value. The
investigation of a further Increase In thickness of fettled ~ ayers is Imperative
as well as the reduction of the total amount of layers. The experiments rerformad
showed that the use of the high-speed fettling method reduced the duration of
Card 2/3

sli V60oo/o i ww~/(j i ,
AOO6/AOO1
Fittling of New Bottoms on Large-Capacity Open Hearth Furnaces
fettling by 3 to 4 times producing high durability. There aLre 2 figures.
ASSOCIATION: Magnitogorskiy met&llu-rgi&eskiy kombinat (Magnitogorsk Metallurgi-
cal Combine)
L//
Car,d 3/3

AAW6c/000/01210031015
LC54/AD27
AVMOZ3. Sami-y". I.P., TymisaLketa, T.L.. Kokharc, T D Dikaht.M I*.
I.. Salleamov. I.L.. KsL. .r7.b.,, &.2.. aml
TITLE. Optiahmat Working :oaditlona far Best. No.f. of Opoz-Hvs.;-th
rarimmocts
PtILIODICkLi SWI. 1960, No. 12. Vp.LOa6-;oq2
TEXT a I& order to the factors influencing the life
of ammaLte-chro"t* tricks need for opea-h4arth turn&-* roofs seatit we"
worried out In the Raghitedor.k Notallureleal Cmbin* (1957-1959) wt*k fxrns-
sea fired a) trith towgut only. Cleastut &"a fur~ea..') ; b) arith blast-f-arcace
asks and an ad"tiono of 30 kehour of tar ("gas-typ." *) with
."t met an Adtttm a I, 5X-700 k&'homr of coal tair . (-3dz*4-
t7". ftirsmace). The tests served to detiralzme the tosporatu.ra of saw, local-
brike at varims, "atesscas frcat the working surface a! the
rect, the composition of the &tmospbett under the rcof. the quantity &Rd com-
plattim of d"t and The rate of the doe"Fo.111on in bricks. for ths,oo
poirposed us f.11corind -re a.ployed, CIT (M) 17" Pho%-:.&trLc
pZ~ter. platl.~rh.dluoa ax%4 pl.U.- -t-d in & 75 a 75 a
Card 1'4~
460 an mAcma.Lt-.hr~!t. r.d. the bet -11~- cf the being .1
0. 1e), 15 and 30 sma distance troo the w~rkiz& surfers. Whorl the hc~% 3~.ti~
a" placed immediately am the surf-l-, it law prot-t.4 by . .11tc--m-rich
"p, with & w%jl C.8 we thi.ki . GLA,;I-p~Lat with . It., scale
rotating at 0.5 nbs for gas analysis "I, (GW-3) type o-il fcr raiilcoi %**to
57%1-2 (V?1-2) type *Aalysers wets Istd. T1.4 molting dust ander the mcf was
rillected by a srstsr cooled detathahle t~asl ~ub* conuected in s#ri*a with
water filters. Caactieter, a" ejectors. It- atc,cductma the appa~&L" 1A the
and.r.mcif airs. 7 openings. (80 a 00 coo) ..m sado In th. mof. Is the test.
the relationship between the character of %ompqrsturw change of the wc-rtiruc
roof shirt-6 &ad Lt. duration of break 1. firiac, the opening or it. Charging
doers. the it- 4'ribe which ..Is mat.rimas are In the tr. svc~stjca
of -riam.o prec*soas and repair. were investigated for all th.- ty"m of
tartIacal. It shas found that %be useful *.If& of the r-f In ins L-"l pleco,
deponslat on time kind of ru.I.-;A. ~ the ji.c. be- fuel ..a fed - the
foresee and - therval leads h hottest useful life - b..-A for asset-
fired faromwes, soritiag mni.r "favcr&bl* t-.pb.ri. conditions. C-. was
frequently, c"bohy4r%tom were wcastaxiely foutd in the reef Sones. Even ban
part of the g" fall was replaced by a Ilqaid (imet. 100-700 VdActirl moo low.
tal life of the r-of "a shortened. mainlj, when charaLng asout or tax thr-db
"Iso mounted at the At.retel aides of the fuel tants. Rydro~&ribcmw am
here fal becau.s. the climate sotrf-o of the brick. mc?... a -taly*t asud
premates their &*tt"calt1oft d"Ing; Ltaltr.4 -I thereby .11a. the of
wt.j... tibl~h d.t.rier.t. the L-.-ri.h i.e.. of the
refro.torT Wr cb... an firing with I.rt.y '1q,14 or No: the
"operat "Ittilas am &18. ff-t.4 t ...... tbl .1 It f
c 7-Ad- I.; , .
tsspora= theme* the sorki".-fa-s in-romess 4urlaii rev:
)GOn/ftin). tho %.stporat". ircl am .,t.ia mo~4 -.4 ..r. I. thi. ~%.rvaij
the ce.liAt tie. ct the rc~f tner ..... ~hmxstzd oft.1- the twa;.ratur.
"a decrease to "5m -C am Itther. then '"ILD4 bollcto the
refractory tricks tottrIcrate aonoidero~lv unlor the f!-1 or t.-;-1-
chase.. be.-. M. working scale or -fract'ry stat-L.1 ties f". . -.I-
plastic latIA-roist.twi &-4.11.a !atc a trtttlo. non-host-r-I.sac. state.
&a. however, is some cases oooling eve. belm (Ccr LIustanco. su~Lnc
"Volt) doos not Increase det&r1cratica of the bricks. It - to asw~cmwl that
"%":I2 hot c~aling Itself. but tie actompt,cwt-w ph-so". such " speed
C"A 5N

3/W/60/000/0!2/b05/0I5
A054/L027
Optima Working C.A411L." for Basto It..fe -f Op*--40&rtlt ftrzac*&
am frequawy of boat ch"4.o durine the non-b-t-ranistan- p4ricl or the
waftiag sat a In refractory bricks at* the causes of their 46COapCattlon. The
beat of opelion Conditions of tl~* nor is, *hen J& Is not coclol box"
X.WOC. Rooster, with Us rresent Mthads of chsrCiue h1rt,-ca;wi'7 tw~Tea
%M& aan be obtained only ty, tatendlOg the charging ties or by intozz.fline
the cosbuxtica of fuel. ften having to 3~1' the mef under
Aitring charginit the ounb*r of roversaa. should preferabll to rod-a4 by in-
tem.,r)-ing coubustics " such an po.sible. and by Lacreezind the Intervals
bet".n reverainge. An the cbAAZ*9 In tb* Of AtwsPk!*r* ualer the
rear. recurring for 1-9 alaut.s. also add to the d.ccop~altlon cf the retr~t.
97 brick.. cars houAd ;; taken t* prevent "7 reducing sedi~ froet *ateric,
S&Ls 4" not even for & short ties. gafr&~tzry bricks detariore.to a."
""Caly the first Phase of the furn... than in the wut.*,A..uS ;h-s.
This 611c'eM that d*CmpCAItLOn taken place quickly when the" are vej~tcry
briou with a high oaten% or I". sid.s I. the ..zktas arna. There are 6
nlar-.. 0 table. end 3 3--lot referent...
LS=r,LTIW# Tosto,hivy lostital cjm.wp-cv (Eastara Institute of SafroetQ17
Uterill)o Ravernitceorskly owtalluxiiebeekly kcsbl"% (RaCnitzecrok,
Card 4/ Combine)
------- ---

NAZA90Vj K~S*
Testing of zagnesite-chromite products in the arches of open-hearth G.
furnaces. Ognempory 28 n0.3:119-1,25 163. (MIRA 16:2)
1. Hignitogorskiy metaUurgicheo"-y kombinat.
(Fire-brick-Testing) (Open-hearth furnaces.-Maintenance and repair)

!GNATOVA, T.S.; FLYAGIN, V.G., Mli'W, A.D.~ !;-;
.NAZAROV, K.S.; MAKARYCIIEV, A.R.
Manufacture and teatIng uf highly restafitat ladle firebrick. 0,;~nF.UfCrl
29 no.3-1:489-495 164. (IIIRA 1.8-1)
chn
1. Vosto ' Y institut ogneuporov (for Ignatova, Kjagin, Pop--v,
Chukreveva).y 2. Ma~nitajrxskly metallurgichenkly kombinat (for Dikshteyn,
Nazai,ovq Makarycl

SIMONOV, K.V.;
Calcining dolomitle frox" the Ljolya Mountain dercalt Ir a rctary
kiln. Ogneupor7 30 no.3:24 065. (MIRA IE:5)
1. Vostochnyj innt,Jtut opentif-lorov (for S!.monov), 2. Mi;!n~t,-~5kty
metalluYgicheOd-y komb-Inat, (for Nazarov).

ILIYUGHENIK, R.1u.;NAZAROV, L.A.
Correlation between serotonin and the central adrenoresponsive and
cholinoresponsive systems in the mechanism of electmencephalogrm
activation. Dokl. AN SSSR 146 no,,5:1237-1240 0 162. (HM 15:10),,
I* lastitut eksperimentalinoy biologii i medloiq Sibirskogo
otdolentya AN SSSR i Institut organicheakoy khbdl*Sibirskogo otdoleniya
AN SSSR. Predstavleno akadeaLikom A.V.PaUadirqm.
(IIMOLIDL) (SLECTROENCEPHALOGUMY)

ILIMMIOKO
R.Yu.; IIAUROV L A
%chanjism of the effect of serotonin on the central nermus system.
Dokl. Vi SS.%q 149 no.5:1217-1220 Ap 163. (KIRA 1695)
1. Institut eksperl-lnva!'~ijlnoy biologii i medits!my Sibirskago
otdelenlya AN SSSR, PrJd3-tavleno akadeaikom V.NeChernigovskim.
(SEROTONIN) (E=TROMEPHALOGRLFdI)

1,.7.4T- ( d
ACC NR1 AP6015't:84
W SOURCE CODE:
UR/0410/65 /000 /004 /0049 /0064
AUTHOR: Nazarov, L. A. (Novosibirsk); lLmantsqv Ibirsk)
G. D. (Novos
ORG-. none
r-5
TTME. Signal traaaformaUon in the peripheral sections of biological analyzers
SOURCE: Avtomatzlya, no. 4, 1965, 49-54
TOPM TAG& newane -Ow,AO-16
P
ABSTRACIN lb orftr to construct a switching device for a multipoW measuring system
utilizing the orptnizational principles of biological receptor fields, the article analyzes some
known data oa the structure and operation of the peripheral sectlou of biological analyzers
(receptors and sensors). The character of the potential processes ooo-arring in the sensory
receptor cells to desoribed, and formulas are given to describe some of the more Important
aspects of neuron,11%smWation potential mechanisms. Certain properties specifto to all the
receptors (visual, tactile. olfactory. etc.) are considered, and a comparison is made between
the properties of these sense organ cells, conafdered separately and ta the aggregate. and the
analogous properties of machonf al sensors. By way of wcample, the feasibility of employing
the property of witad Inhibition fur singte-eWput sensor 6witobIng Is analyLed. OrIg. art.
UIDG& 61U.M8.45"12.94AS

ACC M4.
.has: 6 upwed aw 6 fomuuA.
SUB COEM 06,09/ SUM DATE: 23M&r65/ ORIGREF: 048/ OTH REFt 013
'4k
-law" I-W,
ha

~ NAZALROV 0 Mo
I---
For further improvement of work with river transportation
employees. Rech. transp, 19 no. 60-8 is 160. (MIRA 11+:2)
1. Zazaestitell ministra rechnogo flota.
(Inland water transportation--Employees)

UZAWVp Me; XUJM, B.
Now wage systen for rIver fleet workers. Racb. trausp. 19 no.10-.
1-5 0 160* (NM 13:11)
1, Z=sstltell ministra rechnogo flota (for Usarov)o 2. lischallnik
Otdola orgenlraUll truda III sarabotnoy platy Klideterstva rechnom
flota (fer rallnin).
(Inland water transportation-Uplorese) (Vages)

Ir NAZAROV, H. , inth.; SIDOROV, P., Inth.
I
River transportation In the German Federal Republic. Rech. transp.
20 no-9-50-54 S 161. (MIRA 14:9)
(Germany, West-InIAnd water transportation)

RAMR07 M.
Labor productivity is the moot important, the main objective,
Rech. tranap. 22 no.21l-3 F 163. (HIRA 160)
1. Zamatitell ministra rechnogo flota.
(Inland vater transportation-Labor productivity)

fy

"'A ~ . r ,
I t".
fia-~5e --he level of 4,-.rK in river,
fifi,-h. ~,,-hn3p. 24 no."11.6 1615. 18,rj.)
i. ZameWtell MAnistra rechr.(-w.-~, Ctf-t-a NI~FSTI.

FGHELEV, V.v,podpolkov.rd~;
A le~;ture group at work. '.(omm. Vorruzh. 31l 46 no,l;~rP-~-83 -JP 165,
(I'MiA 18-.10)

NAZAROT. Kikhail Dultriyovich; TInSHCHNUO, V.I., redaktor; SOKOZ47A, N.V.,
~~o Michaskly redaktor
[The OlAuboalrovk&O state farm] Sovkhat OLluboalrovks.4 Kostra. (too.
lzd-vo salkhos. lit-ry, 1956. 119 p. KIM 9:10)
(State farms)

NAZAROV, M.F. (Orenburgcknya obi.)
Theorem of tbrea perpendiculars. Hat.v sbkole no.4:71 Jl-,~Ig
,6o. (MIlLk 13:9)
(Geometry, Plane)

AKBWK, S.A.0 kand.sellskokhozyaystvennykh nauk; NAZAROV, M.F.
Make better use of land in Oeenburg Province. Zemledelie 24
"o.3:30-34 Mr '62. WRA 150)
1. Orenburgskly sel'skokhozyaystvennyy institut (for Hazarov).
(Orenburg Province-Agriculture)

?(A7AROVV M*F*
Teaching astronomy In rural schools. Fiz.v shkole 23 no,lt65-74
Ja-F 161, (1URA 164)
1. Ozerskaya arednyays, shkola Aleksandrovskogo rayons..
Orenburgskoy oblastle (istronomy.-Study and teaching)

Country UsaR
Cat"sory Disia5e.5 Q-1" ra:on AaLmLls.
Cavis3d by 3,,,ctcct~~ sii,
)s. J01'r 11ef Al -~3101.j Uc 21, 19"7'j 9,69'
U ') 19
Author I. L. 5 Nazazwd-
Inctitut. Of
Title 0- +
n trip, Epizootoloty of riarrh-,~a a.
Stud cf k"lh(- 3oiith-Etjt; Zoat- o+' !,'-;.z.C:h-
r t aa,
Or tc, Pub. Ti,. 'rll-'t.'l VOt. !"tZal~A.'T. 7-ii. 1.9516
A 0,3 t rac t1: G
enit rq-1in
o' All-Unior. o-
(if -C.-,Icultural 7ciprxes J-L-Eai
V. 1. Lcnin.

NAZAROV, M.G., kand. okonem. nauk
n,e principal and most iq=tant natter;.experience In the
increase of labor productivity In the Cotton Combine Im
Kurovskoye. Taket. prom. 25 no.9t12-15 S 165o (MTRA l8ilO)

UTAROV. W.I. Cleasaced]; KOMV. W.I.; GIRZHMVLGH. F.I.; BuDIS. L.K.
Willew family (Selicau" Mad.). rlora UM 4:17-66 152.
(Ukraino-Willows) (KLOA 7:12)

IIAZAROV t Li . I CAND MED Scl, Rlf OBSERVAT ION OF
HYPERTENSION PATIENT4 UNDER %W e ITIOt4S. OF THE HOT CLI-
MATE OF TASHKENT* *4" TASHKENT
ME0 INST FRUNZEt 1961. (MIN OF HEALTH KiSSR.
KIRGIZ STATE MED INST). (KL-OV9 11-619 229).
-271-

XAZAROV, M. 1.
e
Velocity profile wd roughness factor in paved camls. Trudy
Inst.vod.khos.1 onerg.AN M.SM no.3:79-95 156. (MM 911l)
Wrgh',zletsa-Canals) (914radtal)

SOV/ 124-58-8-8764
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 8, p 61 (USSR)
AUTHOR: Nazarov, M.I.
TITLE: Erosive and Tolerable Nonerosive Flow Velocities in Paved
Channels (Razmyvayushchiye i dopuskayemyye skorosti potoka
dlya moshchenykh kanalov)
PERIODICAL: Tr. In-ta vodn. kh-va i energ. AN KirgSSR, 1957, Nr 4 (7),
pp 65-83
ABSTRACT: Results are given of a full-scale experimental investigation
made of the flow velocities that produce erosion in paved chan-
nels. The author undertook the investigation at the request of
the Institut vodnogo khozyaystva i energetiki AN Kirgizskoy
SSR (Institute of Water Economy and Power, Academy of
Sciences, Kirghiz SSR). He recommends that the profile of the
flow velocities under the conditions studied, wherein h/ A is
extremely small ( A being the vertical dimension of the zone
of the influence exerted by the protuberances constituting the
wall and bottom roughness) be determined with a power rela-
tionship, the exponent involved equalling 1/3 --- in contrast to
Card I/Z the formulae usually used (those of Manning, Pavlovskiy, and

SOV/ 124- 58-8-8764
Erosive and Tolerable Nonerosive Flow Velocities in Paved Channels
others). h/A is found to fluctuate within the range 0.4-8. An expression
is proposed for the magnitude of A as a function of the mean vertical dimen-
sion ( A mean ) of the protuberances constituting the roughness. On the
~~Lsifi;lof observational data the author obtains the formula (valid for cobble-
st0ne paving) vp = 3.22 R 2/3 Fd [ m/sec
mean
wherein d is measured in meters. Bibliography: 8 references.
I.I. Levi
Card 2/2

NAZAROV. M.I.; PATMISHZV. N.Y.. Inz., reteencent; LEGOSTAUT. A.M.. retsenzent;
=.A. T.F., retsentent: VALZETIMI. L.A., k:9nd.tekhn.nauk, reteen-
zezt; KMAKOV. K.M., red.; AROMINA. M.G.. takha.red.
[Paved canals) Koshchonym kanaly. Frunze. Akad.nauk Kirgizekol
SSR, 1958. 104 P. (MIRA 12:3)
(Irrigation canals and f1was)

NAZARap M 1,
IIAZAROV,, 14. 1 - p Cand Tech Sci - (diss) "Favirta of canals as a
Mothod of controling erosions ani losses of water in canals and of the
reorganization of irrigation systems." Frunze, 1958. 25 pp with III
(kcad Sol. Kirgiz SM. Inst of Power Engineering and Vater Resources) 120
copies (KLp20-5Sp97)

KABAKOV, kand. tekhn. teklm. nauk;
ZWOVAp K.A., rp=12W Botr.; KA-PLI1JSKIY, kand. tokbn.
nauk; APTAMINOV, K.F., kand. telhn.nauk; RAMAZAN, kand.
tekhn. nauk; KOSTYUCHMIKO, E.V.,, kand. tekhn. nauk; T-E-SLEVV".
V.G.p nauchryy motr,,- TERESICHEIIKLV.S.,nauch.sotr.;TATIIkZA,V.F.;
LEVITUS, B.I., red. izcl-va; A111OK1111bl, 11.5.9 -Lwj:i*,, -7,
(Field investigation of irrigation i3ystems3PrcizvodstvenrVe
issledovaniia na orositelli7kh sistemakh. Frunzev Izd-vo All
Kireizakoi SSR, 1961. 302 p. (MIRA 15:9)
1. Akaderdya nauk Kirgizekoy SSR, Frunze. Institut energetiki
i vodnogo I-Jiozyaystva,
(Kirghiziatan --- Irrigation)

NAZIROVj M. I.
8=9 b1dranUe problem with regard to the MU-48 vide-migs
-t-11
5 AN Kir. UR. Ssr. sist. L tG116 nauk 4 n0,19
109- '62. (WMA 15 t1O)
1. laboratorlys n*vykh matodov arashaniya AN Kiftizakay MR
(rukovoditelf kand. tekhm. nauk M. N. Embakov).
(Sprinklers)

MAZAROV 0 H 0 1
Effect of irrigation by the mineralized water frc= Iake Issyk-
Kull on the yield of farm crops. Izv. AN Kir. SSR. Ser. eat.
i tekh. nauk 4 no.M69-77 162.
Uniformity of the distribution of irrigation water and the
effect ~.f wind on the size of the area covered by long-range
sprinklers. Ibid.t79-85 (KRA 16:11)
1. Laboratorlya novykh metodov orosheniya (rukovoditell-
kand. tekhn. nauk N.M. Kabakov) AN Kirgizskoy SSR.

RYMAMOVY Vasilly Nikolayevich; NARSX1Y, Sorgey Aleksandrovich;
WIFIN, Lev B-.)rIsovicbj NAUVROV, Y.I., red.
(using gages as acetylene substituten In welding] Prims-
nenie gazov-zamenitelel ateetilena v ovarochnom prolarod-
stve. Leningrad, 1963. 21 p. (Leningradakil dom na,-
uchno-takhn. propagandy. Obmen poredovym opytom, Seril,Lj
Svarka, rack& I paika metanovp no.4) (MIRA 18,))

NAZA-I.CIVI '.'ikhnil Iei:at'y(-jvlf--h; , otV. recl.
[jprinkler of far:.,. cro,~r, and the cutico? f:~-
its u2e in Kirf,,,*.,Aziotanj D-)zhdo-vanie nellskokhoz1aist-ien-
nykh kLiltur i egro primenoniia v KirglziJ.
Frunze, lzd-vr,) jT i9bl.. 98 p. (v : -1 ,, : " ')

i I AZA M V, 1-~ .!', .
Nan Rither Lducation. Eo!icow Inst. of the 1.:cchanization and '-lectrification of
Agriculture imcni V.I,*. !.:olotov.
NAZA.411) M.J. "Invcstivation of t~j.e 1, lommubllcs for the complex r-ower suill.,
of tniml-husbandr~ famis.11 1'.in Hifher Education. Noccoll inst. of the
Mechanization and Electrift cation of ACriculturc imeni V.N. '-'olotov. Loscaw, 1956.
(Divsertation for the begree of Candidate in Technical Sciences)
SO: Knizhnava Letol-is', No. 20, 1956

URIUSH, F.V., inzh.; NAZAROV, H.H., inzh.
Sfrect of edge hardening of stamped plates on the properties of
magnetic circuits. Vast. 91,3ktroprom. 32 no.5:62-64 my 61.
(MIRA 15:5)
(Magnetic circuits) (Cores (Electricity))

URIYASHO F.V., inzhaj MUM, NX., inzh.
An accelerated mthod for therml treatment of magnetic
circuits from cold-rolled electrical steel. Vast.
elektraprom. 33 no.10:61-64 0 162. OCRA 15:9)
(steel)
(Magmetic circuits) (Cares (Electricity))

-N",760 og 918 SOURGig CODE: UR/ 00
(A) 041 3 6 6 0 1 i's -1
AUTHORt Zinovlvev. V0; flazarov, H. K.; Save 1, v
-ORG: . .-none
TITLEt Davice for adjus.ting the lifting height of an intake vq.l-v-e in
an internal co'mbuat~on en ine. Class 46, No. 179119
SOURCE: Izobreteniya, promyelilennyye obraztay, tovarnyye znaki, no.4,
1966, 115~
TOPIC TAGS: internaL combustion eagiae, valve intake, valve, piston,
engine, engine piston
ABtTRACT:. An Author Ce rtificate has been issued for a device in the
form~af hydraulic link in the drive-ayit em for changing the lifting
height of.an intake valvMa an internal combustion engine. To in-
,creas e the ;performance eEonomy of tile engine for partial loads, the
hydraulic-link is built as a housing. with an intermediate sleeve having,
a bypass opening and. equipped with a kear rack which interacta w1th
the me~chanical-drivc gear wheel; the sleeve has two plungera in a.
coaxial pasitLom, cite linkt;d with the dtatributor shaft cam, and the
other is linked with the 'push rod, which is connected with a double-
arm lever which,. *in: turn operates the valve. (See Fig. 1). orif;t
art* has figure*. Lrfl
Card 112 UDC: 621.43-381.2

ACC M, AMCJ99-28' souna coDi~-..'.--O~i/6-1-2-276676do-/-do-6-/-Co-3BTO,-o
AUTHOR: voiI22y. A. N. (Doctor of technical sciences, Professor); Rupyantsev, I. F.
(Engineer); Nazarov, M. M. (Engineer); Nechayev, S. G. (Engineer)
ORG: None (-,/
2)
rITLE: Gasoline engine rumble arid preignition
SOURCE: Vestriik m"hinostroyeniya, no. 6, 1966, 38-4o
TOPIC TAGS: internal combustion engine, combustion instability, combustion chamber
temperatu.re, combustion pressure effect, carbon, oacillograph . .CjS0e-1AJF- fAJ61AJF-
ABSTRACT: Data are given from a study carried out at the Moscow &&ym2bile and High-
way Institute on the digt"Jance of combustiodIrelated to preignition caused by carbon.
ne cylinder of the GAZ-21 engine~with variable compression was used for the test.
A-95 gasoline was used with 1.1 gram of tetraethyl lead per kg of gasoline at 2000 rpm.
qarbon formation was simulated artificially. Powdered carbon was introduced into the
engine through the intake. The carbon particles had been graded for size. These were
passed through a screen with square openings of 0.5, 0.3, 0.15 and 0.1 ram. 0scillo-
igrain vere made for running cycles without carbon, during carbon injection and after
Ithe introduction of carbon. Three parameters were used in oscillogram analysis: m,--x i -
trijum combustion pressure p maximum pressure increase dpld~ and angle of crankshaft
tz with respect to pressure p a . A graph is given showing variation of these
~-,""Irameterr, with respect to the cycles recultin g from the introduction of carbon parti-
Card 112 uDc: 621.434.019-4

If?
1clen. The results, nhow that J,rAh pfirf,iclt! and afff~ct. ri.,O)l-
Both runble and preignition incretise 1~n the crjncentruti,~-n !Az-~ of tnf~
cles i~tre increased. 0.5 mm vri-ti-l-,; could ri(A le iv;cA in the imr.nt '-ir;ce ti-.ev
caused improper exhau5t vFilv(-- s-itting. Tne followin,~-, rhrurit~-IC:; III
served as the quantity of rRrbon wris ftcreii!-,ed: rt .;ignificant incrf.~a,-,e in r, rinf.
4/d~; a. redmct.ion in rumble interisity is firvilly retardeil. Figure.-, tire giv(n
showing the cfi'ect of engino op(~ri!t,forj tinri ()th(-r frLctors on rumble int,'tinity. Tt-
creased rompre,.;sion and transition to full throttle increris(~.,; 1,,reiFnition. It ii: ri!3- I
sumed that thin In due to additional flnine fronts caused by glowing carbon particles
This phenomenon can be explained in t.ie following manner for engines operating under
ordinary conditions. As the engine is accelerated to full throttle, carbon particles
break loose from the combustion chamber and piston walls as a result of Increased tur-
bulence in the air charge. These particles are then su5pended inside the chamber and
are heated to the combustion point causing preignition. This is the main caune of
rumble. The results of thin study agree with other studies on engines operating under
normal conditions with normal carbon accumulation. ArtifIcially induced rumble by
means of carbou particle injection is an efficient way of saving valuable tent time in
evaluating the relative tendency of fuela toward thIs phenomenon. Orig. art. has:
7 figures.
SUB CODE: 211 SUBM DATE: Pone/ OHIG REF: -'000.;,4WoREF: OW"'
Card. 2/2
V~

AC~tR;JtO-19928 SOTTHCE
AUMOR: Voinov. A. N. (Doctor of technical sciences, Profes aor); Rumyantsev,
(Engineer); Nazarov, M. M. (Engineer); Nechayev, So G_. (Engineer)
ORG: None
TITLE: Gasoline engine rumble and preignition
SOURCE: Vestnik mashinostroyeniya, no. 6, 1966, 38-40
: internal combustion engine, combustion instability, combustion chamber
temperature, combustion pressure effect, carbon, oscillograph ) 4.*J5dZ.J*A)F_ fAJC-IAJF_
.ABSTRACT: Data are given from a study carried out at the HoscRX Aut=oblle and-bigh-_
.1t_pn the diaturbance of combustiodirelated to preignition caused by carbon.
way Instily
One cylinder or the GAZ-21 engine"With variable compression was used for the test.
A-95 gasoline was used =wt 1.1 gram of tetraethyl lead per kg of gasoline at 2COO rpm.
Qarbon formation was simulated artificially. Powdered carbon was introduced into the
engine through the int"e. The carbon particles had been graded for size. These were
passed through a screen with square openings of 0.5, 0.3, 0.15 and 0.1 Mm. Oscillo-
ams were de for running cycles without carbon, during carbon injection and after
6e introduction of carbon. Three parameters were used in oscillogram analysis: maxi-
mj= combustion pressure p . maximum pressure increase dpldo and angle of cranksnaft
z
,.,tlection 0zwith reapect to pressure p.. A graph is given showing variation of these
1A.,
rameters with respect to the cyclee reoultbg from the introduction of carbon parti-
Card 1/2 uDc: 621.1434.oig.4

1CCE'S510N, 111. 03000453 3/0198/63/009/003/021.9/0258
(Leringrad) -
4,le
TITLE: a _- cir cular
.110w -
evi~brat on'AbY _qa2jqcal j~h~a,,
Sholle r -Lu gmting:of ribl;
SOYM C- P.-rUndnamakhanika, v. no. 3, l9631 249-258
ca
plain cylindrical shell, reinforced cy-lindri I
ahell, Atural.
-r ahell~ frequency.. cylindrical shellt shaLlw shell
ABSTRAM. Free vibration of a thin elastic shallow chell of' a given plan form iv
analyzed first. The shell is Dtifforma by orthogonally arranCt-d:otringors and
transverso tibs, whose tangential rigidity and torsion are neglected. The effect
of the stiffenorr is assu-nerd to tako place in the tiddl.3 surface of the shell,
ar-d the rigid joining of' the stiffeners arA shell allows the consideration of the
atrain-.compatibility conditions for the whole system. The Ostrogradskiy-Hamllton
variatiowil principle is applied to tho kincti-~ and potential energies (expressed
in dolta functions of this elastic syctam, and a set of three differential free-
vibration equations in displacements is derived from which a System. of linear
homogeneous algebraic equations vith an inflidto numbor of unknowns Is obtained
Cord 1/2

AC OMIRs L33000453
by Vni the BUNW-GalfirRin mnthM. By satting the dotormirrint of thim uyatem
aqual to zoro, a condition -for- a nont-rivial tjolution lo-crvo,14od, arAl an equation
detormining the natural frequency of the shell is derived. The free vibration
of a thin circular cylindrical shell stiffened by stringars and framos is analyzed
in tbe qame rAnner. Formulas derived for nat-~=al vibrations shou that in certain
cac-Oa there it! fx Piecowine-contirawun spectrum of natural frequencios, wMch moans
that the resonance occurs there in cortain ranges of frequencies of the exciting
force. Results of numerical calc~.'Iatioro of natural frequerciess of a plain
(nonetiffened) --ircular cylindrical chall. and of such shells with 4, 6, 10, and 15
stringors ara given in tables. The effect of frames, stringers, ari cf some
A.
po-ramoters on the riEidity of the shell is discussed. Orig. art. has: 2 IiFures,
5 tabl*v, ard 15 formulas,
'ASSOCIATICRIt -L4rAngradsIcy*y tekhnologichny'17 insty*tut ~~aqNrad
lechwlogical Inxtitute)
t=!-:L=i

NAZAhOVP IM. P.
Nazar07, IM. - "Tve Power ch;r~,cLeristA,:s for nominal load.-i lor deep-well )il
e,uipmentll. Izvestiya Aked. nauk Azfrbaydzh. SSi, 19h), No. 2, D. L6-0, U-lesu--7.e in
Azerbaijani).
SO: L-hllO, 17 July 53, (Letopis 'Zhurnal Inykh St,,tey, No. D, 1A)).

MILIZADF., K. N.; KAZAROV j- H, 1-; WITICIVIS n. . n". I SAFKISOV t G. .4.
fe trqle#
Power characteristics of petroleum refining installations and their application in
standardizing specific electric energy consumptlone Trudy* Energe inst. AN Azer. SSR
no. 10, 1951.
Monthl-v UA 21 Rusolan Acceagions, Library of Congress, September 1952. UNCLASSIFIED.

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KAMICUYI, H.S.; llj!AROT. 9.P.-. EALKIND, I,T&.; BURSIAN, T.T.
I-abomtory mathad of dateraining slag corrosion of rafmctories. Ocasupory
17. 414-2o 152. (KLELA 5:10)
(CA 47 no.20:10819 '53)

137-58-6-11717
Translation from: Referi(tivnyy zhurnal, Metallurgiya., 195e, Nr 6, p 71 (USSR)
AUTHOR: Nazarov, M.
TITLE: Refractory Service Life in Open-hearth Production (Sluzhba
ogneuporov v martenovskom proizvodstve)
PERIODICAL: Tr. Nauchno-tekhn. o-va chernoy metallurgii, 1957, Vol
18, pp 497-514
ABSTRACT: An analysis is made of refractory service life in open-
hearth furnace operation at various plants in the USSR. To in-
crease the yield of steel, the task has been set of re-equipping
all open-hearth furnaces with magnesite-chromite roofs. To
raise the service life of ladle linings it is necessary to stand-
ardize and increase the ladle volume, increase the production
of molded grades of brick for ladle3 of vari~~us capacities,
employ combined milling of clay and fireclay in manufacturing
ladle brick, and increase the unit pressures used in pressing,
and alio to raime :he heat stability of dense ladle brick, con-
vert ladle-brick manufacture from plastic forming to semidry
pressing from high-duty fireclay, reduce ladle-brick breakage
Card I/Z and improve the quality of ladle brickwork. To improve

137-58-6-11717
Refractory Service Life in Opon-hearth Production
pouring-pit- refractory service life it is necessary to convert production of
stopper rods and heads to high-duty fireclay worked by semidry pressing;
high-silica is to be used when vacuum-melted steel is poured. The produc-
tion of runner brick by the semi 'cIry method has to be expanded. The pre-
cision with which casting pits are assembled and carriages for tundish pour-
ing are put together must be improved. To reduce the amount of refrac-
tories employed it is necessary to finish refractory brickwork more com-
pletely, to increase re-use of br;ck, and reutice refractory scrap.
I. B.
1. Ref2actory materiql-Life expectancy 2.0pen hearth furnaces--Materials
3. CI_iy::--Applicaticn-I-
Card 2/2