SCIENTIFIC ABSTRACT KHUSID, S.YE. - KHUSU, A.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000722420016-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 13, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

VOROIIOV~ F.D.; TRIFONOV, A.G.; -KHUqkD,_�,,Ya.,; DIKS'HTEYN, Ye.1,; VALIPITER, E.V.
SITEGIREV, Yu.B.; ATITTIPIN, V.G.; PrInim&li uchastiye: SMIIRI.OV, L.A.;
KAZA7,0V, A.I.; YELIZAROV, A.G.; KULAKOV, A.M.; KOZHANOV, M.G.;
VdtZHITSKIY, Yu.A.; laTAMOITOV, M.P.; GOLIDENBERG, I.B.; ROMAYOV,
V.M.; NOVIKOV, S.M.; ILAYEVSKIY, A.B.; DIMITRIYLV, I.; HAPUTLA, M.;
BEmZOVOY) I.A.; ZUTS, K.A.; BADIN, S.N.; TAVaINTSEV, G.;
KITROFkNOV, N.G.; GAVRILOVA, K.M.; IVAI'OVI 11.1.
Operating a 400-ton open-hearth furnace on casing-head gas.
Stall 20 no. 7:594-598 Jl 160. (MIRA 14:5)
(Open-hearth furnaces--Equipment and supplies)

S/133/62/000/008/003/003
A054/A127
AUTFORS: Knusid, S.Y - ozhevnikov, V.V.
TITL'-': The application of computers at the Magnitogorskiy metallurgicheskiy
kombina t (Magnitogorsk Metallurgical Combine)
PERIODICAL: Stall, no. 3, !962, 760 - 763
The computors used at this combine operate either on non-heating
transititor units or on electron tubes. Some of the computers operate continuously
and are used to obtain infor-riation and to control the characteristics of a pro-
duction process, while cdi_~rs operate discretely under current or voltage impulses.
Tht) comp~~!-.,~rs and cor,,,;:,u-..o.,-systems have been designed by the'Tsentral'nyy nauchno-
-issiedovl- -.ell siiy institut kompleksnoy avtomatizatsii (TsNITJ~A) (Central Scienti-
fic 41'~Zezt:ch Institute of Overall Automation), Nauchno-issledovatefskiy institut
upravlya.-ushchikh vychislitel'riy4i nashin (NIIINM), (3cientlt'ic Resparch Institute
of Contro- Computers), I-eningradskiy institut inzhenerov zheleznodorozhnogo
transpurt~~, (LIIZhT), (Leningrad Institute of Railway Engineers), Leningradskiy
gornyy in~"~~itut fteningrad Mining Institute), Thilisskiy nauchno-issledovatel'skiy
institut sredstv avtomatiLatsil (Tbilisi Scientific Resca'rch Institute of Means
Card 1/15

7no app!.:.: ,tion of .....
S/133/62/000/008/003/003
A054/A127
of Au-,;oi-.iat!on), Institut avtomatiki i telerekhaniki (!AT), (Institute of Automa-
tion and Teleriechanics), TsN!ICrLNI, etc. Computers were first applied by the com-
bina for controlling flying shears which out strips up to 10 mm thick on the
2,5'00 mn stand into sheets UP to 2,350 mm wide and 2.5 - 12 m long. The schematic
c,pe-rat,ion diagram of the shears which is given in a figure is based on the follow-
ing algorithm: A
A - f n = 0, (A - represents the given sheet length with
0
correction, n = the number of impulses obtained from the path transmitter). In
cutting the first sample sheet the following algorittunis used:
C
A + B V n = 0 (B = constant coefficient, C = A + B).
0
ControllinZ this operation by computer saved 1 million rubles a year, mainly by
cutting the deviation in sheet length from 300 to 3C mm. The instrument 66"Sts
1ODO rubles. The CTaJIb-1 (StaT-1) type compu-,ar controls the cutting out of
sneets without losses by means of planetary sh~,ars on the 450 stand. The com-
puter, which Is mounted between the 630 stand and the shears controls with a
Card 2/5

S/I 33/6 2/000/008/0()3/003
The application of ..... A054/AI27
photorelay the length of sheets to be cut and registers on a punched card the
theoretical weight of sheets turned out by the 630 and 450 stands, the number of:
slabs rolled, the number of sheets passing the shears, the number of heats, etc.
The data are recorded by the standard rIA -.45-2 (PD-45-2) type punching machine.
Tiie apparatus consists of ferrite-diode cells, which are divided into measuring,
cutting-out and weighing units. The Stal-I computer increased the annual output of
stand by 22,000 tons and saved about 400,000 rubles. The YBY (UVU) computer
is used in combination with a photoelectric flaw detector, radioactive thickness
gauge, electro-magnetic switch-over devices and photorelays for the continuous
elimination of defective sheets, 0.2 - 0.6 mm thick, which move at a 5 m/sec rate
and are cut in sizes 6f 512 - 1500 mm. Sheets not coming up to the siandard thick-
ness or having holes are removed from the flow line and directed into the rejects
receiver. The computer operates on the principle of the shift register and the
I 2n-6 -,61 [where x = the coordinate of
A.ollowing mathematical function; x = A
4~ '_ e position of defective sheet in relation to the flaw detector axis; A meas-
uring pitch of this coordinate which equals one sheet length; n = number of the
cut s-eetp after the defect has been detected, (n = 0,1,2-...); 46 = correction for
the ratio of sheets, necessar-j because the distance between the flaw detector and
switch-over is not the integral multiple of the number of sheets; A correction
for the transit of the strip into the sheet]. The block diagram of UVU, which
Ca rd

S/133/62/000/008/003/003-
The application of.... A054/A127
:ja%-,,,s 40,~,Ooo rubles a y0ar, is given in a figure. Computers Are used in ore
mlnin6, to zupply the dressing plants with orer, oC tho pvt'sscribed composition.
~'.e algorithm governing this control process consists of two parts, one relating
to the changes in the quality and quantity of the ore Vor every kind of ore
mine-d, baz-~)d on information obtained from the mining machinen, regarding the
actual conditions of ores. In the computer Information is fed also on stocks in
hand, the anountz required by the dressing plant, etc. Based on the information
,,b-~nined tlie computer informs on the a6unt of ore dispntched, the irc~n content
o' the ore, the devIlations from the standard composition, It makes any necessaz-,,
corrcctions, determines the numbers of RR cars required for the dressing plant ind
~,:here the cars are needed, moreover the place of discharge of the ores. The car
trains are controlled by the transport algorithm, based on the distances of block
~octions, !unctions, number of stations to be passed, etc, The collected data are
transmizted to the central d1spatcher board; the data on the required changes in
.n'-~ processes are produced in print. In 1961, a computer center was established
at the Magnitogorskly metallurgicheskiy kombinat (Magnitogorsk Metallurgical
Combine), based on the YPAJI-l (URAL-1)*type computer, with a capacity of 100 in-
szructions per see., consisting of 800 electron tubes and 3000 crystal diode-rec-
tifiers; the computer covers an area of approximately 4o m2. Information is fed
in by means of punched films passing through a photoelectric instrument, the
Card 4/-~

S/133/62/000/008/603/003
7h.e application of.... A054/A127
mernory device consists of a ferro-lacquer-coated rotating drum, t~"e external
storage element is a magnetic tape. The URAL-1 is applied, inter alia, for de-
termining the pattern of rolled products, the natural gas consumption in open-
-earth furnaces, the weight oil finished products, the output of the blooming and
th"3 slabbing mills, the load of the principal engines'as to root mean square
current, the parameters of blast furnace operation. Computer systems with light
signals for the operator have been designed for the stripping shops and soaking
I
pits. Apparatus controlling the transport systems operate on mnemonic schemes.
For centralised control of blooming mills algorithms have been developed to de-,
termine heat conditions (temperature of soaking pits, fuel consumption, etc.);
the coordination of blooming and soaking pits and the transport. If there are
deviatlons from the schedules given for these units, the algorithm give's in-
strnuctions for appropriate changes in the algorithms of heat.-conditiong and trans-
port. Tihis unit of the computer system issues printed information on the time
discrepancies between various shops involved, on the condition of soaking pits
covering about 500 parameters. The transport algorithm commands the dispatching
of slabs onto the blooming mill train and the setting of slabs into the.soaking
pits %ith~ a minimum of heat loss. There are 2 figures.
ASSOCIATION: Magnitogorskiy metallurgicheskiy kombinat-'(Magnito~orsk Metallurgical
Card 5/5 Combine)

HUSID, S.Ye.; ITSKOVICH, l.A.-, MTVAK, I.S.; 1,0!30V, I.M.
Using the Ural.-I computer for calculaUng t.Fiperin - devices. Izal.
tekh. no.3:56-57 Mr 165. (MIRA 18:5)

KRUSID, S-Ye., inzh.; ZARZHITqKIY, YU.A., inzh.; KULAKOV, A.M., inzh.;
KARPOV., A.A., inzh.,- KHOLENKO, N.A., inzh.; Prinimali uchastiye;
ALD43V, B.V.; LMNTIYFV, A.I.; BOLODORODDV, N.114.; KARAGAITOV, G.G.;
GURIYANOV) V.N.; OSOKINj G.F*.; KAYZFR, V.G.; 90ROKOLFTOV, A.M.;
ZLOBIN, V.K.; VIRTOROVA, T.Ye.; S1WNOV, V.A.; VOI)TTINIKOV, V.F.;
SANAYEV, I.K.
Operating a four-zone holding furnaco on nntural gas with au",0-
mntic control. Stall 25 no.5:464-468 Itr 165. (MIRA 18:6)

BORODIN, P.M.; LEGIN, Ye.K.; SVENTITSKIY, Ye.N. j *41'.
SHCHERBAKOV, V.A.
Action of heavy water on the chemical shift of F19. Zhur.strukt.khim.
4 no.2:266-267 Mr-Ap 163. (MIRA 16:5)
1. Fizicheskiy institut Leningradskogo gosudarstvennogo universiteta.
(Deuterium oxide) (Flurine isotopes)
(Nuclear magnetic resonance and relaxation)

KHURSIK, V.Z.
*Poasibility of finding oil-boaring roef moolfs in the Ural
Mountain region portion of Perm Province. DAL AN SSSR 164
no.4t891-893 0 165. (MIRA 18:10)
1, Submitted Jaruary 90 1965.

KillisINOV, A., kand.inud.nauk
cjxy~,~mojyr(iphy In patifintn, WILYI pilmoniary during
dt"' rent pc),,tLo,,w, of the Ili.
af tkir
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I"ItIll AND W-Fi9tall
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IRVC it higher yield of dili"Le acids (12,2fi%,
than ofW fractions oft it, Adnic it with d-7 puts of JlNt),
Id. 1.4). &.)tied In hatchrt- whilt- heating the ttlix(. (of ,1(I -
M hrs. The yivid was rai-ed to MINI by Il'ing V,0j
Adipie, Slutaric and mvinic a6 s were ubutintl.
is
1 when oxidU"I with IINOI. fortu. thItAtic alld
oxalic acids, arid in the pre-4twe uf nth" petrolcunt hy,ho-
catbons, adIpic orM Is prOmbly fornird zl.~. Ifinyl.
dn-alin on being midlird with IINO. yirldrl adIpic amt
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.~V IS VIVADZE, . G.A.
Conjugate functionn and Cauclrj type integ-,rNl&. ~;oob. AN Gruz, SSH 32
no.21257-263 163* (MIRA 18,1)
1. Thilisskiv matematicheskiv institut !-Xeni A.M,Razriadze 0 Cruzirskey
SSR. Submitt~ed May At 190.

29~12
-30 C, 0 14. q5L) S/020/61/140/006/oo6/030
C111/C444
AUTHOR: Khuskivadze, G. A,
TITLE: Conjugate functions and Cauchy's singular integrals
PERIODICAL: Akademiya nauk SSSR, Doklady, v. 140, no. 6, 1961,
1270-1273
TEXT: Let E be the linear family of functions, given on E 0, 2
and containing all summable functions f(x) and its conjugate
functions 2 Yr
f (X) f(t) -1 ctg -L (t-x) dt, 0 i:-~. x -.- 27r .
Tr 2 2
0
Let ~ be an arbitrary linear functional, beinG defined on E and
satisfying the following conditiont
If f & L (0, 2Tr), then
2r f dx, (T) = o
Card 1/6

29812
3/020/61/140/006/oo6/030
Conjugate functions and Cauchy's Clil/C444
The number ~(f) is called the 4-integral of f C-, E, in symbols
29
f dx.
0
Special cases of the (~- integrals are e. g.. the A-integrals see
E. C. Titchmarsh (Ref. 1: Proc. London Math.. Soc., 29, 49 (1929 , B-
integrals see A. Kolmogoroff (Ref. 31 Fund. Math., 11, 27 (1928~,
Theorem 1: Let f F_ L (0, 2 Ir ). The 2 IT- periodic function -atisfies
the Dini-condition: 0 (1Y T) 6_1 6 L(O, 23r), where 6)(6 Y) is the
modulus of continuity of Then T f = f I + f 2' where fl, f2 E T,(0,2#
and
2Sr 2 JT
(0) S cf (x) (x) dx ~ q~ (x) f (x) dx
0 0
(if the sign is missing in front of the integral, the Lebesgue
integral is me , t).
Card 2/6'

29812
slo?o1611140100610061030
Conjugate functions and Cauchy's C1111./C444
Conclusion 1: The series conjugate with the Fourier series for f 6 L
(0, 2Tr) is the Fourier series of f in the sense of the integral.
"I I
Conclusion 2t Tf f E L(O, 2 Tr ) and u(r, is its Poisson integral,
then the fu~~C'tion u(r, P) harmonic conjugate with v(r, is represen-
table as Fo~'spon +-integral:
2
r
dt.
V(r, 4 -2
1 - 2r Cos (t4 ) + r
,$-A 0
1, ~,,. I
Let r be a rtItificable Jordan curve in the complex plane. Let t t(8),
0 i4 a be equation of r-, s the arc abscisso, ~ the length of I-
1-is called ~,~I~curve, if t1(s) satisfies the Dini-condition.
Lemma: If simple closed D-curve of length 27rand f(t)G L(1-
then for almo*~',Iall s e- [0, 2JT3
-t ~ 0
F ..P
II
0 (so- , I", -IT( f R(s)-it, (S)
M + t(S) ) ds --
e. 4 0
0 d0+ 6
Card 3/6

Conjugate functions and Cauchy's
2M- 1
f Et(s)] - ctg 7 (s-sc) ds +
2
0
where the function
29812
S102 61/140/006/006/030
CI*11YC444
21T
f[t(s)] K(S,S,) ds, (2)
ti(s)
F ctg -
K(S's 0) f E t (s) I Lt (S) - t (is 2 (s So)
is summable on the square EO, 23r; 0, 23r],
From this lemma follows that in case F_ is a D-curve and f(t) L(r)
the function
S(f; t 1 f(t)dt
FT ~ t - to
r
is defined for almost all toF- where the integral is understood
in the senee of the Cauchy prine al value,,
For complex functions, given on the conception of integral is
introduced as well as by P. L. Ullyanov (Ref. 6: DAN, 112, no-3, 385
0957)),it is done in the case of the A-integral. Let E7 ) be the

18
29812
3/020/61/140/006/006/030
Conjugate functions and Cauchy's c1!/0444
olass of functions, ~ -integrable on I-.
Theorem 2: Let r be a finite set of simple closed D-curves which do
not touch each other; f~t~ G L~r-)I qI(t) satisfies the Dini-condition.
Then cf(t) 3 (f;t) f1 t 4 S f2; t), where f,.(t), f2 (t) C- L( r'
(f(t) S (f ; t) 6 E( I- and S(CP ; t) f ( t) dt
4) (t) S (f;t) (it
Considered is the integral of the Cauchy-Labesgue type
1 f(t)dt
F(z) = 2~T i t-z z
F
where r-is a D-curve, f(t) E L(I-).
Theorem 3: Let r' satisfy the suppositions of theorem 2 and be the
boundary of a connected domain G. Then an analytic function F(Z),
Card 5/6

2 312
S~O 2o/61/140/06/oo6/030
Conjugate functions and Cauchy's C111.0444
being representable in G by an integral. of 'the Cauchy-Lobesgue type,
is also representable by a Cauchy ~ -integral.
The author mentions Kolmogorov, Lyapunov, J,. J, Privalov, P.L.Ullyanov
and V. J.. Smirnov..
There are 6 Soviet-bloc references and 3 non-Soviet-bloo references.
The reference to English--language publication read as follows:
E. C. Titchmarsh (Ref.1).
ASSOCIATIONs Tbilisskiy matematicheskiy institut im, A. M. Razmadze
Akademii nauk- Gruz SSR (Tb-'Ii-gi Institute of Mathematics
im. A. M, Razmadze of the Academy of Sciences Gruzinskaya
SSR)
PRESENTED: May 31. 1961, by N. J, guskhelishvili, Academician
SUBMITTED: May 29, ig6i
Card 6/6

KHUSKIVADZE, B.K. (Mogkv-a)
Technic for the quantitative determination of aldosterone in
urine. Probl.endol,.i gonn. no.1:57-63 162. (MIU: 15:8)
1. Iz laboratorii biokhimii gormonov i romonallnoy regulyatsli
protsessov obmena (zav. - prof. II.A. ludLayev) Instituta biologi-
chookoy i neditsinskoy khimii AM SSSR.
(ALDOSTERONE) (TJRIWFAVALYSIS AND PATHOLOGY)

KHUSKIVADZE, G.A.
k-integrals of the Cauchy type. Soob. AN Cruz. SSR 27 no.6.663-
670 D 161. 04IRA 1592)
1. Thiliaskiy matematichoskiy institut im. A.M,Razmadze AN
Gruzinskoy SSR. Predstavleno akademikom N.P.Vekuai,
Integrals)
Functions, Analytic)

Z. V.
,p Therai of 3-,ep 'lcr,7,s n' Pycr3ermitls `ith
Stqphylopha- (Glinical nnd Experimental Invest i -,itinr!). " Cand 1,:ed
icl, 'DrUlsi. jtat,~ "erli-cal rnst, Ybilini, 1~154. (rL, 1*..*0 10, ~,,,far 55)
SC) 511:71. NO. 670, 29 3ep 55-Survey of Scientific and Ti-clanical
latimis 'Defend-cl at, USSR lfl~her ~~duca4.io:ia-l Institutions (15)

BARANOVSKIY, G.Ya., mayor ined. sluzhby; KHMITI TITQV-k- , leytenaut mad. cluzhby
SOON
Ampule for blood transfuzion. Voen. mad. zhur. no-1:83-84 Ja 157
(BWOD TRAIISFUMOIT. apparatus and Instruments, (MIRA 12:7)
ampule (Rus))

BELYAYEV, N.V., podpolkovnik med,slushb7l kand.med.naulc;
-XHUSNITDINOV, A., kapitan med.sluahby
&-ecting 3 tents (USB AND DST) into a single 3-section unit#
Vben.-med.zhur. no.1002--U 0 1614 (MIRA 1515)
(HOSPITALS, MILITARY)

XHUSNITDINOV., S., asnistent
Effect of the tightening of disks on the rigidity of shafts and the
determinati-n of the axial force of tightening. Sbor.nauch.-issle
rab. TTI no.9:233-24/t 160. (MIRA 15-.6)
(Shafting)

UMNITDINOV, S.
Torsional vibrations of the saw ahaft of gin daws. Sbor.naxzch,,6
isslorab,~T; no.l2s95-100 I'61. (AURA 15:3-1)
(Cottoxi machinery-Vibration)

%
137-58-6-11837
Translation frorn: Referativnyy zhurnal, Metallurgiya, 1958, Nr 6, p 93 (USSR)
AUTHORS~ Tsekhanskiy, M.I., Shishkina, N.I., Kliusnoyarov, K,B.
TITLE: Changes in the Radioactivity of Nont-rietallic Inclusions in StJel
Upon Electrolysis (lzmeneniye radioaktivnosti nernetalliche-
skikh vklyucheniy v stali pri clektrolize)
PERIODICAL: 13yul. nauclino-tekhn. inform. Ural'skiv n.-i. in-t chernyl,11
rnetallov, 1957, Nr 3, pp 102-108
ABSTRACT: Isotope Ca45 was introduced into runner brick during the
pouring of 500-kg ingots of rimmed steel. Specimens to be
used for separation of nonmetallic inclusions (N1) by the elec -
trolytic method were selected from strip 32-mm thick, and
decomposition of the carbides in the NI precipitate was done
with the aid of KMn04 and arnmonium persulfate. Preliminary
investigation of the ratio of active refractory to various oxidiz-
ing reactants revealed the absence of change in the activity and
weight of the refractory upon treatn-ient with these reactants.
It was established that the amount of NI resulting fron-1 destruc-
tion of the refractories does not exceed 2.8%, while 460,16 of all
Card 1/2 the samples measured had zero activity. Measureinent of the

137-58-6-11837
Changes in the Radioactivity (cont.)
activity of the NI before and after separation from the metal, and also meas-
urement of the activity of NI mechanically separated frorn steel and of slags
having compositions close to those of the NI (the measurement being done
before and after treatment by various electrolytes) showed that the refrac-
tory does not lose its activity in the process of electrolyte treatment, while
the prodticts of its reaction with molten metal are destroyed and lose their
activity, redUCtiOn in the activity of the slap under these conditions being
from 519 to 421-90 impulses per min. Further treatment with electrolytes
and reactants to destroy the carbides of slags taken from the surface of the
metal in the mold confirmed the results obtained and showed that the loss of
weight by the slag, attaining 9-1816, occurs primarily during the process of
electrolysis. Bibliography: 8 references.
A.Sh,
~Aeel--Production 2. Steel--Impurities 3. Carbides--Decomoosition
"
4
. Electrolysis--Applications 5. Refractory materials--Chemical reactions
6. Steel--Chemical reactions 7. Calciim isotopes (Radioa2ti-ve"--ADplicati,-.r.,~
Card 2/2

UT1101
RS: I/& V 7/

te 1h 32-12-20/7,
sel-han3kiy, 11'.I. , Shi hkina, IT.I. Khasnoyarov, K.B.
TITLE-, The Investigation of the Radioactivity of 1.7on-Metallic Impurities in
Steel During Electrolysis (Izucheniye radioakt.*.-~n-iosti
nezetallichskildi v 3tali pri elel:trolize).
PLIRIODIC1L: Za-xdskaya Laboratori:ja, 1957, Vol. 23, !1'r 12, rr~- 141fO-1)~_It2 (USSR)
la S T PkC T: The present paper discusses the no.-sibility of determining impuri-
ties in the steel melt during th~ :,ork of casting by means of radio-
active isotoi)es. For this pui7pose the rodicactive isotope Ca45 vrs
introduced into the refractozy ivaterial of foundry equipments. From
the cast metal block sajzolcs ,-Iere taken at various places after rol-
lin,-,, -.-ihich .,tere investigated electrolytically as to their content
uf non-metallic impuritileo. In thc sru:,.c manner also the samples vcre
taken of the radioactivatca refractory i;4aterirl of the foundry
systern. It -.-ras found in this connection that, after a rium-ber of cazt-
ing processes, the radioactivity of the ;~fractory rL-terial remained
unchanged, and that the non-metallio iL:pur,1ties of the ca t m tal,
%-A-tich ,-iere precipitated in the retal solution, sho,ed hardly any
radioactivity after electrol.,sis. A 31i~,fht radloaotivity of 1-1.6;,',
could in this case be explained by the wear (destruction of the sur-
Car(] 1/2 face) of the radicactivoted refractory naterial. In the same manner

The In-reatigation of the Radioaotivity of Noii-!~'etallic
Ir"7'kIr'_tiL.q in 3teel During Electrolysis
17 2-12-4171
the film (slag) forming on the bciling -_~,etal aas investigated. From
the table of results it may 'be sr-tn th-,t the 31r,.jo , which -acre
Lii;eciall3i radioactivated, rassed into the solution with electrolysis
aad lost 20r,', of their raaioaotivity; otherAse, sla,~s behaved in
the same manner as the non-metallic iLipurities i.- the metal. The con-
olunion is dravm that, an may be seen from the --present paper, the
application of the Ca-isotope is ura:uillx-A n2 indicator for non-metal-
~..c impurities in metal. Statements hithert-) raade in publications tc
the offect that non-metallic ii.,P~uritiez detectable in cast metal are
cnly in a sinall degree due to the :tclar products of the refractory
iii:,terials of foundry plants found no confirmaticn. There are 3 tables
and 8 Slavic references.
Ural' sk Scientific Research Institute fc-.r Iron lletnllur~~
(Ural'21ciy nauchno-ics led o vatel' sl- /3 > o
::.s set up, and the behavior of the solutions for t -~, oo is investigated.
One supposes: 1.) u (x) together with derivatives ul, ull , is bounded
0 0 0
Card 0

S/044/62/000/001/028/061
On the behavior of the solutions C1II/C444
and possesses a third derivative in every finite x-interval which
satisfies the Lipschitz condition; 2.)If 1, Tll~ r,? ''I are bounded for
0 (U,-e- U+ then the eotimution
.1 ( tx 'U' x K 2N,
t+1
hc1ds, where K 0, N N .
Theorem 4: Let u(t,x) be the solution of (1), (2), and let
lim u 0(X) u+9 lim u0(X) = u-
x -1 co x -4 - 00
Then J.-) (t,x) x 0 uniformly with respect to x for tco ,
4-t -I,
Card 31q

5104,V62100010011028lo6i
On the behuvior of the solutions ... C111/C444
Where 1.1 j.s the unique solution of (1), only depending on
and satisfyin.1, the conditions
:1 im 0(.X) ~ U+9 lim Z(X) - U-.
x -4 M x -4 - CIO
EAb.5t-ractprls notet Complete translation.j
Card 4/4

KHUSNUTDINOVA, N. V., Oand Phys-Math Bel --"On the behavior
of solutions of marginal problems and g.0 the Koshi problem
f0 aA*l ton-T of si 1 dNI'4,4Iv4j,
equate e-Rw"tvre non-stationary filtration
limitless ime g".wtia. Kazan', 1961. (Min of Higher
and See Spec Ed RSPSR. Kazan' Order of Labor Red Banner
U
State U im V. I. Allyanov-Lenin) (KL, 8-61, 229)
- 55 -

HUSNUTDINOVA, U.V.
Behavior of the solutions of boundary-value problems and of the
Cauchy problem for a nonstationary filtration-type equation In
case of an unrostricted time increase. rrudy KAI no.64-47-63
161. (MIRA 17Q)

MONAKHOV, V.N.; KIRJSt]UTDI NOVA, N.V.
Some boundary properties of harmonic and parabolic functions.
Trudy KAI no.71:106-132 162. (,, 1-1 F-' 18 : 5 )

7'

lm
41 1 4
-JA

MR1=7 -7 T no
M
nk
-hl
-z
R
wn
N
A Tn'
go
it - -----
AN,
?
-Dvan-,
,A,:1 N I
21_-Vof-M7~~, Ali ;V,
N
li`_ K
g
.-M
MI
a
412
Q
g X-~~l
1 WA,
iq
2"R

I. i
.. I
. q
::f- .T
. - 31L
., I
.. i
I

N.
w . . . . I - . . .

L 47o5g-66 ITfr d IJP(C,) GD
AVC T6014391 SOURCE CODE: UR/0000/63/000/000/0098/0107
AUrHOR: Khusnutdinova, N. V.;,Monakhov, V. N.
V
ORG: none
TITLE: Stabilization of solutions to boundary value problems and the Cauchy problem
for quasi-linear equations
SOURCE: Kazan. Universitet. Funktsional'nyy analiz i teoriya funktsiy, no. 1, 1963,
98-107
TOPIC TAGS: Cauchy problem, boundary value problem, first boundary value problem
ABSTRACT: This is a more general extension of a previous work by the same author
(Naterialy 1 konferentaii molodykh nauchnykh rabotnikov g. Kazani, sek. fiz.-Mat.,
1959). Consideration is given to the behavior as t 4 - of solutions: in the range
p {t>0, O 0, B (1, X, U) 4 0, C (1, X, 11) > 0)
with the conditions
Card 1/2
11(0' x) - fib (xj
U (1, 0)-141(1)
X) U2, (1)
(2)

0113NUTD~NCVA, R.
33242 . Usloviya Prigotovleniya ferfienta I ego Ativnost', (S Frimech. Red.)
Y
" loch. From-st'. 1949, NoJO c. 36-37
0
SOt Letopis' ZhurnallInykliStatey, Vol. 1,5, I.,.oslva, 19./.,9

S/044/62/000/010/015/042
Biao/B166
AUTHOR: Xhusnutdinova. S. xh.
TITLE: The general boundary problem of a thermal-conductivity
equation for a one-dimensional case with a discontinuous
coefficient at one point
PERIODICAL: Referativnyy zhurnal. Matemat 'ika, no. 10, 1962, 61-62,
abstract 1OB286 (Tr. Makhan.-matem. fak. Kazakhok. un-t, V. 1,
no. 2, ig6o, 260-265)
TEXT; The article deals with the solution to the problem
Ou ala a.1. x < X4,
W W (jr 0. t > 0), a (x) -fat, X > XO
with the initial condition u(X,O) - f(x), the conjugation conditions for
;C - X0
U (X0 - 0. t) U (X0 + 0,
Ou LU I
k, &XIr.-o- k3 0XIX0+0
Card 1/2

The general boundary problem ... Blao/B186
and the boundary conditions
ar (t). U (X, t) - 0,
all
at x -->*oo. The method of operational calculus is used to prove the theorem;
if f(x) can be integrated over (0, oD) and has continuous derivatives up
to and including the (n - 1)-th order in the vicinity of the coordinate
origin and can be twice differentiated at 0 o at x->c-,
r ri
. re b'e function 0(t) has a piecewise continuous derivative for t > 0,
whc n
an6 th,~ derivative .q, (t.has the singularity 0(1/t1 -E ) (C~, 0) in the
v-.C-inity of t 0 0. /A representation of the funotion u(x3t) id
obtained in the form of a composite expression, in which 'he quantity
is a factor; in this quantity O(p)-4flt), and D is related to p
in a complex manner. The kernels of the function D(p) cannot be found in
C~-.rd 2/4

S/044/62/000/000'/046'/I27
The 6aneral boundary problem of the B156/B112
an explicit form, and the inverse image of the function 6(p)/D thus
cannot be determined in the normal manner. A method whereby the inverue
iMa'fe of the function ~(p)/D is found without determining the roots of
the function D(p) is proposed. Let ?(p)'/D-~)~ (t), and let the function
satisfy the initial conditions
(0) (0) k-1(0) _ 0'
",j 4 if n is even. Using the firs!
..1e k n+1 if n is odd, and k =
2 2
condition (3) and making an Abel tranofortaation~ we then get an integral
equation for the function z(t), which is linked with.~ by the relation
t (t k-1
(k 1).,d'. (4)
0
The solution for z is in the form
t
z - T(t) +f R(t - Z)~ (T-) d1c, (5)
0
Card 3/4

S/044/62/OOC,/GO6/C)46/127
The general boundary problem of the ... 3156/B112
where R(t - Z) is the resolvent of the kernel K(t - T),'the expression for
em is
which we know, and ~(t) is a known function. The following theor
proved. : If the inverse image 1'(t) of the function P(p) has a piecewise
continuous derivative for t> 0, and 11(t) is singular at
0, O(1/t 0), the inverse image ~(t) of the funotion P(P)/D.-is
determined by equation (4), and the function z by equation (5).
LAbstracterle note: Complete translation.]
Card A14
I

Aj-
1172
Lt i i/oo3/o i 1/o i 3/o,. 6
U I 11"XIS 1 Ushakov, V. D., Me~hirnva. !,. jI., Galata, 1-
Xhu5riutdinova Z 3 Medv,~dev, S. S., Alukin, A.
"177 M 71
T 7T'-E Poly:nerizat ion of styrene and butadi-ane with z!tyr,~,n- in
c~nuloiona under the action of initiatini- redrx syatem-
I. Effect of the nature of peroxide compconda or. 'he ri6
of polymerization
2~~?,ODICAL- I;ynoknmoIekuly&rnyye soyedinanlya, v. 3, no. 11, 1961,
1"716-1722
T -- XT :A :r of the present work was th,~ determination of the =Dst active
lnit,.ating redox systems for the polynerization of butadiene -rith styrene
:r, emulsions, and eapecinlly of the effect of the nature of peroxides an
tsie rate of Polymerization. lakal with 20 :7'. of ]in2so 4 and NaCl an~
-.,,r-3ojatr- (mixture of Na salts of su"fonic acids of the aliph,itic series:
so Tlith 5 ~- of XaCl nerved as emulsifiers. Peroxides were u3ed
--trd 1/7

Fo r i z --i t i oil o f s ty re ne and B I 10/1114 7
oxviant-i (Table). Potaus'-um forrocyanidil and forro~in pyropho!-phatwi
(IV) sor,ed ri.~ reducing a(,enta, The rate of pulyz~~ri:%tlc~n T;".]
( . 1, - vt
.-r--inia elt)ier dilatometricully or from the yield of ;)Olymer
.o;'-.,rv-: -'atior, *.o0k pl%ctl a% ~)~:C witii sin czeens of buUidi've, :~t' r-"h
% 112t I On). thil, CI I ell III t QJ alrOun t ol
in L. (10 ~~' no
v i.oJuticin. 11 of tho ff.,rroxia pjrc,phonphate
at % curti"..) ter.1perature by M~Inn of rellcal 5-u'u"ta-.
by ruJ~eht to ivitor, rustic mcnai,,
p c, ta r, n i am. ferrnovanidn, The tompuravaro -vi3 variz!~ bot~--c ~r
r, pc- rer idva i nvea t igatcd in a Lou, I 1k s equ iva -i-
0,, 0. by .veipht of isopri~pyl benzoj~o nydrvperoxAta. Y
4r'3 L' 6
7. J~ :11 '4 rl concen t ra 1. 1 ono ,qu imill ec u la v 1. o hyd rope rox ' do , r, - I Q r t - 'c'-"'e 1
hvdroper~:xids (1) ha,) tile r;,;o of ppojymcri;~;.,~jcn;
propyl be T -1"d
Y 1 lropropyl' perovde, iro'
ID~, n r, -t hyd rop~rox id ~ -sao I o.;ur, tha t o f -i t bert-.yl h,,,,, rnp-~roxidi? v t I 1 1
tr r, an,] t bn t if b-nzoyl porox! do the lovioat - polymorif"ition With 11"0'
I ~ I
-rocar-,Ii, 'a6*. at the beginning, th~!n it decreitoot; atronFly, sInce P-0- and
,ho reducing T,.g,:nt are readily voluble in water. With 0.2-0,5 by Reir~ht
Card 2/7

-/1 )61/003/011/0-.3/016
j,-,erization of styrene and ... 13 110 17 1 "'i
of ri, only the initial rate incrpar,~a. The total yield i-a loter than
0.1 p by TeiCht of 11. Bet-auen 0.75 and 1 /'j L,y -.e1jht of 11, initial
ratezi and total yJall are much loncr. *.,Iith 0.02-0.2 by of 1,
initial ra~no incrouse. Since the total rats decrran"i a' 0.21 by vf?ieht,
*he denendence of 'the reaction rate or, the hydroperoxide concentration is
probably linked with the inhib iting effect of the dem.,ap3oition products
W
of hydroperoxide. Rith 0.1 ')! by 7;ei,-ht of I and an equInolecular ariount
of K i-e(' I , both total yield and initial rate inorcauuJ with increusing
4 . ")6
temperature. The activation onergien viore determ4ned acco.-.din:,, to 'he
kcal/r:ole -or II and
Arrheniua eQuation and found to be: Z -8.6
E-5.'j kcal/molo for 1. Reduction of by 3 kcal/mole Lt ~ OOC correapond3
to a 200-fold increnne of the reaction rats. Since 'he rate 113 twice as
hirb at 00C, the pre-exponential factor in the Arrhoniur equation incro-taou
2
by 10 t1mon with decroaning activation oporry of 1. For tho copolymeriza-
tion of butadieno with styrine (ratio 70 : 50) at 50C, tho following vian
used ! Nekal (2.8 and 1-4 ~ by weight added to iater). 0.44 ~v' by weight
of ferropyrophoophate (related to iron sulfate) of the monomer. The ratio
organic phase :aqueous phase was 1 .4 (by weight). In the case of 0.34 %
Card 3/7

It
S/190/61/003/011/013/016
;'alym~rization of styrene and ... B110/BlA17
by ocirht of hydroperoxide of 11 (equinolar ratio to the monr):7,~r) optiman
r%,.~, achif.,ved uit,i IV. The yield wag achievi-~ zi'th Pryl-alkyl
,;.-3ropk:r,)x1def) (I and' 1,1-diphenyl athtino hydropero%idn (111j)
7,i'il ,in emilaifi-r conct-ntration of 2.6 ~", maxinu,i conversion (70-75 ',,) was
:;chieved after hr -.%ith 0.2 IV', by viott.-Jit of I and .-,ith 0.5 1,, by -.:nit:ht of
111. '-71th O~54 by -.1vil:11t Of 11, ootlmvim conversion ("50 1") ra.5 ixhlev~d
r 2 hr. rolyriarization of I aind IV Hith 1.1, or 2.3 '," by of
em,.':~ifior wag constant tip to 30 j. converoicin, thqn the rate droppnd. 77 1 t h
I ~ 4 by wei~,ht, the initial rate %as lower and the decreane more distinct.
!-Vith an addition of 0,1 ',~f by reicht of hy0roperoxide 1-0.26 1, by T-icight of
17 (after 1 hr now addition of 0.1 j', by wetCht of hydroperoxide and 0.16
,
ht of IV), constant polymerization took place up to 60 '~', conversion.
C
T
lhu5, zhc con3umption of the initiatine system cauoe~i it decrease in rate.
The
I . efficiency of redox systems and initiators depends on the roactivity
cf the rn,l)rril its t,,ell its on the oolubility of the peroxide Cmipounds in
',he n-;tivokin oh~i!iv iiii-I in the ilanomero. The lower the solubility if', water,
thil lower thc loon and thv stronger the initiating act ,'on. I +IV cause P.
hii~her ri~te oF reaction than II+IV due to lower activation energy and
low(-r solubility in water. For I I + IV, the redox reaction occurs at the
Card 4/7

29741
S/190/61/005/011/013//016
Polymerization of styrene and'... B110/B147
phane bouniary, for I + IV als.:) in the aquooua pha:jc. Thr! vyijti~nco of a
of the rate of polymerization for I and 0
r
peroxide is caused by polymerization inhibition du" to th,,, docomno3llti,~n
products of the hydroperoxidca. The a~kthoru thank A- G, Fodllyat)ollska
for hrlp with experiments and T. I, Yurzhenko (L'vovskiy indvotr1al'nyy
~11~titllt (L'vov Indus.trial Institute)) for rupply;n;- come hydropercxld~,a,
Tnere are 5 fiNrea, I tabla, end 7 reference- ~; Soviet and 5 non-
Soviet. The two references to 1:ngliah-language publications reiti as
follcvn: F. A. Bovey, I. M. Xoltnoff, Emulsion Polymerlzntlon, Nev York,
C. F, Fryling, Induatr. and Engng. Chem., 41 , 986, 1949.
A3SOCIATION : Fiziko-khimicheskiy Inatitut im. L. Ya. Karpova (Physico-
chemical Institute imeni L, Ya. Rarpov)
1; U B.~' I ,, T FD :
December 28, 1960
5/1

JL( IILI I Lf
q 20 1
!/
AUT11ORS
2~ 7L,. 2
S/1q0/61/003/O1i/oi4/oi6
Bi 10/B147
Ushakov, V. D,, Mezhirova, L. P.. Galata, L. A-,
Khu-qmCtdinoYa4---Z---S,,, Sheynker, A. P , Medvedev, S. S.
Abkin, A. D-, Khomikovskiy, P. M~
TITLE: Polymerization of styrene and butadiene with styrene in
emulsions under the action of initiating redOX 3YSteM8.
II.Effect of the natuxe of the reducing agent on the rate
of' polymerization
MCAL- Vysokomolekulyarnyye soyedineniya, v. i, no. 11, 19'1,
1723-1729
The effect of the reducing component of initiating sy3tems anti of
fhc- addition of' a 9econd reducing agent on the rate of polyrerization is
studled, Uscd were systems of hydroperoxides (HP) Of isopropyl benzene
or n-i~~rt-butyl isopropyl benzene (11) with forropyropho3phatc,
111), potassium ferrocyanide (N), ferrous sulfate with
or of complexes of a,a-dipyridyl with ferrouz3 oxala-te.
d u m b 1.3 u I U t t? a nd t lie b i r, ti I f i t f2 (,. o m;i r) u nd o f a c e tn e o e rve d , 9 r Ed 11 C, 1 ng
Cart! 1/51

2 ) 7 ~,2
S/ 7 90/6 '. /()r) /0 14/ 0 ; Jb
ri -za t I on u 4' .9 tyrene and, B 1 *; 0 '13 1 A
h n) t2 L; i I o f va r i, n b I v v a I r; cy !,jonov thano Iami tic! d i oxy-
t 1 j!n 17 ~lu L f i I. -,in d tho b inuit'ite compound of' w~etone worv
Th(~ir e.,'fec t wan in veo t i ~,-a L od wi th oye t emf-,
o t a !'I.* o r e n t i n i t. i a t ing w, t i vi ty and two c9mi)l i~x Compound's Q!
v - -utl h t~ r; t t i o hy d r g) c- a T-b o n ii by ?j h cno -j0 -P, bit
t c- ro w a t t~ r vi as 2 -8 '1' by -h i gti t mu 10 , f 1
hu
M., r o o I a t e v., e T- e u!z e d . Opt Imum rate of i)clkymer, a t 10 r, vu S
ta t! I C. d a t 0 , 34 by we i6~h t c!" HI-I 1 and 0 -, 2 b v w e gh r o , HP I I
a t ed to monotner" At the copolymerization butad ien~- styrene by fneans
f 111, t hT o p t imum ra t e c t' t~ o ymer iz, a t I on was e --, tab 11 s hed fo r
i.,,C) and 1-1 a 11 10 F 0 - 0 ~ 7 5 Increasp o' -.oncen*rat ion of
4 e.' '1 2
To 0 7o mcl-s/mole of HP 1 qcc~?Iervtas the process
6 h I After 4 hr, the polym-~r yield increa.,:~~-- to --v 48 ~c, at an
i I! from 0.1-0.31 moles/mole of hydro,~YFn peroxide, and tc. 65 9'
fu,-~.h~zr 1TI---rPw-jP At 150C, additicraL reduring, --igerktF, affect
1 4 1~~ t I o n A - o 7 1 -auses
r."Ite po)yr id o i ~ i o, n r. f V t c
r9 r i 0 r1 Omc~ V V V r! d
c:-, acc~r-.~Eratnn ard P r hr, which
a - hC!, -, V I n
tn~: oyctI, T.1 111~1 11 F. 7 - i i E, r Y I ~- I o
E~ rac;-- i_-- (if ill pyr in,- I c c f RF
jr n -.LIMUM yield

2 9 71
'.0 J
1 J/11 14
-5 IV ~ 1 HP The hiiT" rato
ion Lov~- I af tev ij hr at a ra t io 0 ~ .1.
po I.,,, wr r at i o n fo r oy~i ti-m.,: vvi th I T I i catjoed by t he I o-,,, i i, v
t'v
I I n 1'.:! he redox no !.:~n I o' T m-.;
r C3 C. t s -;i t h.1, only 910-,%"V h 1 :3r u s' c t ne a
%,ii t I i I i i g h p -.~ 3 1 t i v e p o t e n t i v. 1, r 1. v u tj ' e.
y ~ n
e ra c o V i n i t vi t i n i~i determmiA 1)
i i: :1o I vm r i z! i t i o, n not i n i t i a t e(i d ur:1 ng tn(, uriproductivi2 reac t -Lor:
arvi '~!;Olj :-~olublc !IP I . NnTiSO
poorly 9 c) I i i b.0
P T 1 M(-, v i "'a ti o r.,The f fen t o f TV on IT I i-, o n s i i7 ~4
i. n r' T' C. 17 ,
r. u

MICHAYLOV,V~P. [Mihailc7, V.P.], GEORGIYEV, 1. :V.
Tu.]
Apropos of the proliferation of lyiphoid organs following the
exposure to Ionizing radiations. Folia med. (Plovdiv) 6 no.22
71-76 164
1. Inatitut ekspertmentallnoy meditainy WN SSSR, Leningrad,
Laboratoriya ekoperimentaltnoy gistologii (zar. - pror, dr.
V.P.Michaylov) i Vysahiy meditain8kly !.natitut imeni Tv.P.Fav'wa
g. Plovdiv, Balgariyap Kafedra gistologli i embriologil (Ruko-
voditeVt dotsent 1. Georgiyev LI.Georgievl).

KHUWAR, Yu.P, (Estonakaya SGR, Tartu, ul. Ekhitaya, 3.)
Reaction of thyroid gland eputhelium to the introduction of a
foreign body following local X-irradiation. Arkh. imat.,
gist. i embr. 47 no. 706-101 JI 2 64*
1. Diboratoriya eksperimentAllnoy glotologii ( zav. - prof.
V.?. Mikhaylov) Institute eksperimontallnoy meditsiny AM SSSRI
Leningrad. Slubmitted My 4, 1963.

ARRID, YU.E. (Arend. J.1; MOO, Yu.P. [Hussar2 Jol
Effect of tile preparation Vipratox on the morphology of various
organs and the reactivity of connective tissues. Farmakol. tok-
sik. 26 no.3:343-348 (MIFA 17%2)
1. Kafedra gistologii ( zav. - prof. Yu.T.Tekhver [Tehver, J.))
Tartuskogo gosudarstvennogo universiteta.

--- KHUSSAR, Yu.P. (Estonskaya SSR, Tartu2 ul.Ekhitaya, 3-1)
Ritotic regime of the cello in the tissue of the thymus
gland in acute radiation sickness. Arkh. anat., gist. 1
embr. 42 no-4:59-66 Ap 162. (IUM 15:6)
1
1. Laboratoriya ekspeklmentallnoy gistologii (zav. - Prof.
V.P. Mikhaylov) Instituta'eksperimentallnoy meditsiny A121
SSSR.
(RADIATIO11 SICKENSS) (THEIUS GIAND) (CUL DIVISION (BIOLOGY))

KHUSSAR, Yu.P.
Protective action of cystamire on thyroid gland tissues in
acute radiation sickness. Mitologiia no.lt9l-93 Ja-F163.
(MU 16t6)
1. Laboratoriya eksperimentallnov gistologii Instituta eks-
perimentallnoy meditsiny AMN SSSR, leningrad.
(THYROID GLAND) (RADIATION SICUMS) (ETHYLL1,111TE)

BULGARIA
Geriatrics
MATEEV, Dr., VULNAROV, L., BOYADZHIEVp E., HANCHEVA, and MUSTEVAt T-t
Center of Gerontology and Geriatry, MNZSG
"Changes in the Anthropometr"c ani Hemodynnmic Indices of Aged sind Old
People Under the Effect of Functional Loading with Physical Exercises"
Sofia, Ekspertmentalna Ateditaina I Morfologila, Vol 5, No 2, pp 114-118
Abqtract.L The anthropometric, physiological, and hemodynamic indices of
persons with an average age of 75 yrs who exercised and participated in
sports were compared with those of a control group of people of the name
age who did not exercise systematically. The peoplqq who exercised syste-
matically were divided Into two subgroups, those who exercised regularly
and those who did not exercise regulftrly, while the people in the control
group were divided into a subgroup of active people and another of paqsivo
people. The comparison showed that beneficial changes took place in the
group that exercised and that these changes were more pronounced for the
subgroup that &"raised regularly. Tablon, 15 references (4 Bulgarian,
8 USSR, 3 Western). 1knumaript recolvad Jun 05. Russian and English
summaries.
I /I

L 01841-67 T
RCE CODE: HU
-AT6035603
AUTHOR: Huszthy, L.-CKhustij L.
ORG: Technical_Universi~Z for the Heavy Industries, Miskolc
TITIE: Approximation for computing the sag of inyolute teeth
SOURCE: Acta technica academiae scientiarum Hungaricae, V- 53, no, 1-2, 1966P 3-15
TOPIC TAGS: bending stress~ shear strea3, approximation
ABSTRACT: ' The method described for the approximation
of the sag resulting from bending and shear forces employs the use of
a curve representing a simplified function of the factors involved in
producing the sag. The equations characterizing the effects of the in-
dividual forces involved were derived and an approximating curve for
the tooth flank was prepared. The method whereby the sag of involute
teeth can be approximated was described and illustrated with numerical,
examples..The error of the approximation was found to be - 5%.
Orig. art. has: 3 figures and 13 formulas. WPM: 350281
SUB CODE: 20, 12 / SUBM DATE: 24.Feb58 / ORIG REF: 001
Card 1/1 fV -7
e~7 .35-

r- ;-I ., P - r',
LIWnK, Yu.V. (Ieniwad); Xhuffu, A.P. (leningrad)
. - --.w
Mathematical statistical account of ourface-imoveness contours following
polishing. Inzh. aboro 20:154-159 '54. (MLRA 8:7)
(Surfaces (Technology)) (Grinding and polishing)

LINNIK,Yu.V. , IMSU,A.P.. starshiy
Statistical characteristics of
LONIMUSH no.34:223-229 154.
nauchnyy notrudnik
surface profilograms. [Izd.]
(MLRA 8:10)
1. Chlen-korrespondent, Akademii nauk SSSR (for Linnik). 2. Lenin-
grRdskiy gosudarstvennyy universitet iment A.,A.Zhdanova.
(Surfaces (Technology))

HAID. Anders. 1913- ; VCROBIYEV, N.N. (translator]; PMOV. T.T.Dranslator3;
KFIUSU, A.P. (translator); LINNIK, Yu.V.. redaktor
(Statietical theory with engineering applications. Translated from
the Inglishl Matematichaskata statiatika a takhnichookimi prilozhe-
niiami. Perevocl a angliiskogo N.V. Vorobleva, V.V.Petrova i A.P.
Khusu. Pod red. IU.V.Linnika. Koskva. Izd-vo inostrannot lit-ry.
1956. 664 p. (MIRA 10:3)
(Mathematical statistics)

KffUSU. A.P.
-
On somo functional on random fields [with summarY in English, p.2081.
VeBtalOn.un, 12 no,1:37-45 157. (MIRA 10:5)
(Functional analysis)

LIMTIX. Yu.V.; XHUSU, A.P. (Leningrad)
Statistical anal sis of the roughness of profiles subjected to
grinding. 1Izd.T LONITORASH 47:144-146 158. . (KRA 11:10)
(Grinding and polishing) (Mathematical statistics)

15(2) SOV/1 31-59-1,2-7/15
AUTHORS: 1) FITselov'ag Ze 10 (Deceaoed), 2)j ~us A P.,
j 4.=j.
TITLE: On the Accelerated Statistic Control Method of the Quality ~!f
Refractories
PERIODICAM Ogneupory, 1959, lor 12, pp 566-571 (USSR)
ABSTRACT: In the Borovi.-h3kiy kombinat oUneuporov (Borovichi Kombina~,
of Refractories) up to 250 t of products are annually de-
stroyed in tho control and more than 20000 measurements of
porosity and 15000 measurements of pressure - breaking strenGth
are made. In the present paper control methods are investi-
gated which are less time- and energy robbing and do not cause
destruction of products. Parameters characterizing; the quality
of products may be divided into 2 groups: suchp which do not
cause destruction of products and such which do. By the de-
termination of the statistic dependence between parameters of
both Croups the parameters.of the second Croup may be de-
termined on th,~ basis of measured para,--.eters of the first
group and a destruction of products in the control is un-
necessary. The weiGht, volume and frequency of the natural
oscillation are recarded as parameters of the first group. On
Card 1/3 their basis the weight by vol-ume, the apparent porosity ancl

SOV/131-59-12-7/15
On the Accelerated Statistic Control Method of the Quality of Refractories
pressure - breaking strength were determined. In order to
determine the statistic dependences the experimental material
of the Semilukekiy zavod (Semiluki Works) and the Borovichi
Kombinat of Refractories were investigated with respect to
the control of furnace bricks of type D-2, of ladle bricks of
type KP-3 and air-heating bricks of type V-10. Table 1 gives
the spread of properties within one kind of bricks and fig-
ure 1 gives the spread of individual parameters of a standard
brick. Further formulas are written down for the calculatiort
of the mean square deviation and the correlation coefficient
between two parameters. Table 2 Bhows the statistic charac-
teristics of a standard,brick of class B of the Serailuki
Works- 3 formulas are given for the calculation of properties
of a otandard brick of the Somiluki Works, Figure 2 shown that
there is agrooment between the experimental and calculated
data. In the case of macs controls calculation formulas may
be replaced by nomo~raphs (Fig 3), Control of production pro.
cess may be made by means of control dia-'rams (Fig 4)- In con.
Card 2/3 clusion the authors state that the methodololcy of an accelerab-

2-7/15
On the Accolri-rated -'oArA iic'-,hod of thc~ (~u-lity of Rc~f`ractoriar,
ed control of r!uLlity of standard firp-clay bri.cks :L-, worked
out and te-stef: in operctioral cycless. Vii- :iethod
control and r~lqui:re- -Li,:, dQptrui.,,tion of produots. Prior to
introducing tloff7 mr~thod the, steadiness of pro(hicti,in
?.usts however, invectigated and correlations batworn th~- k1
pararinter- controlled must be determined. There are
4 ficures, olot;, and 4 x-oferences, '2 of which are Sotrip-to
ASSOCIATIONt :L)Vsesop?7,,,.,,- -'--i3ti,tut oUneupoiov (ALI-Union Institute of Rel~=-
torles 2)- T,eningradskoye otdeloniye matematicheckogo in-
Stituta im. V. A. Steklova AN SSSR (Lr-n.ingrad Department of
the Hathenaticc.,11 Institute imenj V. A. St;eklc,,v,AS USSR)
Card 3/3