SCIENTIFIC ABSTRACT MUTSYNOV, S. S. - MUYZEMNEK, YU. A.

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• Collection: Scientific Abstracts
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• Release Decision: RIF
• Original Classification: S
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• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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127

MUTISYNOV, S., pol-kov-n-4k
Decisiveness. Vr-,en. znan. 41 n.c,;-.-12-71'l, de It-5. , . .(!CRA. 1f33 5)

HUTS - --y- �qyq3L'y!~T~ck,__Rolkovnik: VIII CHINSKIT, I.K., polkovaik.
red.; KTASUIXOTA, T.F., tekhn.red.
LTeaching fire under different conditions; from an armored carrier
and truck, afloat and at floating targets, in town, woods and
mountains] Obuchanie 3trellbe v razlichny[ch usloviiakh; a bro-
netransportera I avtomobilia. no plavu i po plavaiuahchim t301iaM,
v noselennom punkts, v lesu. v gorakh. Moskva. Voon.izd-vo W-vs
obor.-MISSR, 1960. 93 p. (MIRA 13:11)
(Shooting, Military)

SAVCHENKO, S.S., general-mayor; ALEK5ANDRCV, A.A., polkovnik; GRECHIKHIN,
A.A., polkovnik~ KnZIOV, A.F,, polkovnik; KOZLOV, A.F,, polkovniki
LOVI, A,A., polkovnik; LOSHCHILOV, A,A , polkovni-k; !1OLO",4K0V,A.K,,
polkovnik; ?%~TS_MOVS,S., polkovnik; SEMIKOLEWOV, NJ., polkovnik;
STIDAKOV, S.V,, polkovnik; SHINKAREV, C.M., polkovnik, VILICHINSHY,
I.K,, polko-vnik, red.; SCLOYONIK, R,L., tekhn. red.
[Methods of preparation to uoe weapons; firearms and grenade
launchers ]Metodika ognevol podgotovkii strelkovoe oruzhie i grana-
tometry. Moskva, Voenizdat, 1962, 318 P. (MIRA 16:2)
1. Russia (1923- U.S.S.R,)ArTrdya, Sukhoputnye voy3ka. Upravleniye
boyevoy p-dgotovki voysk svyazi.
(RdsS3a---Army--Firearm,Q) (Grenades)

LOVI, Aleksandr Abramovich, polkovnik; LUISYL~,, , :;crgey Save! lyt~vicl.
polkovnik; SHEVCIOIKO, Nikolay Akirnovlch, podpolk vrdk;
VILICH11='rY, T.K., red.
[Prc!:)lerf,. book on !,Y;e, :' :,.-T:
a---r,s and and, r(,-k-t
oLmovam 3trcl 'by
i raket.nogo cruzniia.

I F j , -~, ',-% T t- ~~ I ~ A
KONOVALOV. N.V.; MUTTJI'SHfW. A.A.; BAUMAN. L.K.; GOTOTTSIVA, Te.T.
Copper astabollem in hope toleaticular degeneration and during
trestsient of this disease with thiol preparations [with summary in
Yrench]. Zhur.nevr. I polkh. 57 no.1:394-48 157. (KLRA 10:3)
1. institut nevrologil (dlr. - prof. N.T.Konovalov) ANN SSSR. Moskva.
(CQIPM, metab.
in hopatolenticular degeneration during ther. with
sulfhydryl apda.)
(RVATOLNIITICUIAR DIGMURATION. netab.
copper. without & during ther. with sulfhydryl cpds)
(SULIUMTL COMPOUND,, ther. use
hapatolenticular degeneration. copper metab. in)

ii -~- . -- --1
.- - ~ loo-ll) --,
:,~ , .

K'iD'E=,, iA,' V 6 , K-151Wf. V.,. . ~
MIKOS-i4=L1 t 9.N.; Mnlx. ~'ah;
RUNOVI P.D.; SOMMAKOVAP X. D.
Calorimeters and Calorlmetry
Automatic calorimeter with constant heat exchange for measuring heats of absorption
of gases and liquids. Trudy Inst. fiz. khimii MI SSSR no. 1, 1952.
Monthly List of Russian Accessions, Library of Congress, December 1952. Unclassified.

~,~ ~- 1 1' 7 / f, 1, (-, (,
KISRUCT, A.V.; MTJTTIK. G.G.
Adsorption of water vapor by silica and hydration of the surface
of latter (with summary in English]. Koll.zhur. 19 no.5:562-571
S-0 '57. (MIRA 10,10)
l.Moskovskiy gosudarstvannyy universitet im. N.V. Lomonosova,
Laboratoriya adaorbtaii.
(Adsorption) (Hydration) (Silica)

AVOUL', 11,N.; BAM IN, G.I.; KISBLEV, A.V.; LYGINA. I.A,; KUTTIK. G.G.
Effect of the porosity of grRphite adsorbents ou-Vre-'m&=sorp ff=n &~--
heat of adsorption of hexane vapors [with mu-ry in ftgllohj. Zhur.
fit. kh1m. 31 no.511111-1125 *1 157. (MIRA 10:11)
1. AN SSSR, Institut fisioheskoy khimil i Nbskovskly gosud&rstveunyy
univerettet 1m. Mr. Lomonosova.
(Adsorption) (Carbon, Activated) (Hazaae)

S/06 61/000/009/004/015
B101XB205
AUTHORS: Muttik, G-.--G-.,- Frolov, B. A.
TITLE: Adsorber with automatic calorimeter designed for measuring
the adsorption heat of vapors
PERIODICAL: Referatirnyy zhurnal. Khimiya, no. 9, 1961, 154-155,
abstract 905 (9E35) ("Tr. dallnevost. fil 9ib. otd. AN
%SSR. Ser. khim.11, 1960, vYP. 4, 83-87)
TEXT: A description is given of a calorimeter and an adsorber which
are used to determine the isotherms anal heats of adsorption of a series
of hydrocarbons on coarse-grained silica gelKCK-2 (KSK-2). The calorim-
eter features constant heat exchange and has an automatically controlled
jacket. The calorimeter, its measuring and control equipment, and the
adsorber are schematically shown- LAbstracter's note: Complete transla-
tion.7
Card 1/1

DZHIGIT, O.H.; KISELEV, A.V.; MUTTIK, G.G.
Heats of adsorption of p-diethyl ether on silica Eel (with
summary in English]. Koll.zhur. 23 no.4:504-505 Jl-Ag"61.
(MIRA 14:8)
1. Moskovskiy utiversitat im. M.V. Lomonosova.
(Esther) (Heat of adsorption)

DZHIGIT, O.M.; KISELEV, A.V.;-MUTTlK,-G.G.
Heat of adsorption of water vapor on silica gel with hydrated
and dehydrated surfaces. KcU.zhur. 23 no.5:553-562 S-0 161.
(MIRA 14:9)
1. Moskovekiy universitet,, KhImicheskiy faku.11tet, LaboratoriyEL
adsorbtaii.
(Nater taper) (Silica) (Heat of ad30rption)

WE MUTTIK, G.G.
Isothermal calorimetev with constant heat exchange. Zhur.
fiz.khim. 35 no,9:2153-2155 161. 04IRA 14:10)
1. Moskovskiy gosudaretvannyy universitet imeni M.V. Lomonosova,
khimicheskiy fakulltet.
(Calorimeters)

DZHIGIT, O.M.; MIDAMOV, S.P.; KISELEV, A.V.; IGTTIK, G.G.
Differential heats of adsorption of n-pentane &,d diethyl ether
by porous crystals of zoolite of type 5A. Zhur. fiz. khim. 36
no.4:919-920 Ap 162. (KIRA 15:6)
1. Moskovskiy gosudarstvannyy universitet imeni Lomonosova,
khimicheakiy fakul'tat i Institut khinii silikatov AN SSSR.
(Heat of adsorption) (Pentane) (Ethyl ether)
(7,eolite crystals)

S/069/63/025/001/001/008
B101/B166
AUTHORS: Dzhigit, 0. M., Kiselev, A. V., Muttik, G. G.
TITLE: Nature of adsorption by zeolites. Differential heat of
adsorption of diethyl other vapor and n-pentane vapor on
porous crystals
PERIODICAL: Kolloidnyj zhurnal, v. 25*, no- 1, 1963, 54-42
TEXT: The adsorption properties of molecules having similar geometric but
different electronic structures were studied. For this purpose diethyl
ether and n-pentane adsorbed on porous zeolite crystals of type 13X
(0-97Na 2O*Al203* 2.96sio2) and 10X (0-3111'a 20*0.66CaO-A'203* 2.95SiO,) were
used. The results were compared with those obtained earlier Zh- fiz.
.,Iso contained Ca +ions.
khimii, 36, 919, 1962) for zeolite 5A which Its
channelways, however, were narrower than those of 1OX. Results: In 13X,
the adsorption heat 11 of ether was approximately'801/a higher than Q . of
"aE a
pentane. '~aE was almost constant as the amount a (mmoles/g) of adsorbed
- _4 1 /3

Nature of adsorption by
3/069/63/025/001 /001 /008
B101/B186
1140, 1153, 1961; R. M. Barrer, W. 1. Stuarto Proc. Roy. Soc.j A249, 464#
1959.
ASSOCIATION: Moskovskiy universitet im. M. V. Loir.onosova,
Khimicheskiy fakulltet (M 'oscow University imeni M. V.
Lomonosov, Chemical Division)
SUBMITTED: July 12, 1962
Card 3/3

[I Zii !G 7T (j.j'4. ; , A. V. ; !,I ; Aj'i Il i~ll I
Heat of adsorptlon of water vapors on zeo--ite Df tre
Lype. Zhur. fiz. khim. 38
1. Maskovskiy gosudarstvenn-ry -,iniversltet im(,ni --c :cv
FL
C~-askly f akul I te t.
11

e, 01
USSR/General Pr4 bless of Teaching
Abst Journal t Referat Zhur - Fiziks, No 12, 1936, 33612
Author t Mutule, 0.
Institution Nose
Titl* Several Practical Projects in Physics for the Ninth and Tenth
Classes
original
Periodical Padonju Latvijas Skola, 1956, No 1, 74-77, Latvian
Abstract None
A-3
Card 1/1

ZIYEMELIS, K. (Ziemelis, K.]; MUTIILIS,,.F.; GUDRINIYETSE, E. [Gudriniece, E.];
VANAG9 G. (Vanags, G.1, akademik
2-Arylamino-./*-phenyl-5-benzoylthiazoles. Dokl. AN SSSR 164
no.1:106-109 S 165. (mm 1839)
1. Rizhskiy politekhnicheskiy institut. 2. AN Latviyskoy SSR
(for Vanag).

ACC We AV6027781 Monograph ' 06 UIV
Garbj~zov.,j~_Yr,'-~_; I~10~1_cnis, V- K.; Mut.ushev, G.-A.; Naret, G.. B...; FodborsZy, L._,YE.
Uspenskiy, V. F-~
.I A
Continuous excavating machines; _ design and constructim (Zemleroynyye mashiny nepre-
ryvnogo deystviya; kons-trukts1i I raschety) Moscow,!zd-vo "Moshinostroyeniye,"
1965. 275 P. illus., biblio., tables. 3700 copies pr-Inted.
PURPOSE NID COVERAGE; ql-P- book descr-lbes the basic type of continously operatLng
excavating machines, such as chain and mtor trench excavators, chain bucket
transverse excavators, open-cut excavators, elevating graders, as well as excavatine
machines used in irrigation and reclamation construction. The discussion of desigrl
includes detenrination of the basic parameters of machiie3, power values of drive
mechanism, general statistical and dynamic calculaticns, and load conditions of
units and assemblies. The book Is intended for engineerIng and technical personnel
of design offices and machine building plants. It may also be useful for students
of civil engineering and machine building. 11~em ar-_ 54 reflerences, of which 52
are Soviet.
TABLE OF 00NrENTS [abridgedj:
1ritryiduction -- 3
Ch. I. The field of application and the classification of continuosly operating
- 5
excavating machines
Card 112 uDc: 621.879.4.002.2

ACC NRs
Ch. H. InterrelationsUp between the operating machine and the soJ1 - 10
Ch. III. Me drive mechanism and the automation of operating processes - 23
Ch. IV. Conveyer installations - 33
Ch. V. Chain trench excavators - 53
Ch. VI. Rotary trench excavaton - 97
Ch. VII. Chain bucket transverse excavators - 134
Ch. VIII. Rotary open-cut excavatom - 156
Ch. IX. Elevating graders - 200
CH. X. Continuous excavating madiines for the construction of irrigation and drain-
age canals - 228
Ch. XI. Different types of continuous excavators and pmspects of their de-,elop- -
ment - 263
Bibliography - 271
SUB COLE: Q / SUBM DATE: 15Apr65/ OIRIG FEP: 052/ OM REP: 002
Ccwd 2/2

4
KUTUSHEY, G.A., inshener; SHALKAM.D.A.. inzhener.
Fore'~~M one-bucket excavators with hydrsulir! drive. Stroij
dor.mashinostr. 2 no.7:38-39 A 157. (KLRA 10:7)
(Bwavatiag owhinery)

GARBUZOV, Z.Ye.; ILIGISONIS, V.K.- MUTUSHEV G.A.; NAREr, G.B.;
-~~T
PODBORSKIY, L.Ye., kand. ~ekhh'.-Waiuk M45KIY f V. P. ;
FEDCROV, A.P.,, inzh., retsenzent
[Continuous action earth-digging machines; designs ana
calculations] Zemleroinye mashiny nepreryvnogo deistviia;
konstruktsii I raschety. [By] Z.E.Garbuzov i dr. Moskva,
Mashinostroenie, 1965. 274 p. (MIRA 18:7)

7f.-f

. *.UTHORS i Mikhlin, D. M., Mutuskin, A. A. 20-118-4-42/61
'TITLE: Proto-Hematin and Respiration in Plants (Prctogematin
dykhaniye rasteniy)
PERIODICAL: Doklady Akademii Nauk SSSR, 1958, Vol, 118, Nr 4, Pp. 7178-761
(USSR)
I Irt-
ABSTRACTs At present it cannot be doubted that the oxydative cyto-
chromous system is predominating in che first stages of de-
velopment of the plants, or perhaps the only system to com-
plete the biological oxidation at tle cost of the molecular
oxygen (reference 1). The respiratoiy mechanism is, however,
also differentiated with the develoi)ment of the organism in
consequence of the anatomic differe-itiation, as was proved
several times for animals (referpnc3 2). In the plants the
predominating of the chromoxidaze over other oxidases decre-
ases gradually with the aging of tle plants (reference A). In
various tissues any one of the knovn completing oxidases be-
gins to predominate. The chemical -Lature of these new fer-
ments can, however, not be conside:-ed as finally explained.
The activity of the cytochromous system is extremely unequal
Card 1/4 not only for different sections, lut even for one and the same

Proto-Hematin and Respiration in Plants 20-118-4-42/61
organ (references 5,6). In any case tie cytochromous system
is a very active catalytic system. Its intensive catalysis
corresponds to the high metabolic activity of the growing
tissue. It was the authorts task to determine the iron-por.-
phyrine-compounds (haemen) in various tissues of the plant
in connection with the morphological and physiological differ-
entiation (reference 7). It was especially important to de-
termine comparatively the prctohematin content in those parts
of the barley germ in which earlier (reference 5) the activ-
ity of the cytochromous oxidase had teen determined. Further-
more the same was to be carried out in 3 zones of the lower
root section with various morphological structure and physi-
ological functions (reference 8): 1) In the tip-meristemat-le
tissue in a length of 3 mm from the iip, 2) in the cell pro-
liferation zone (4-6 mm from the tipN and 3) in the top sec-
tion (7 - 10 mm from the tip) with completed cell regener-
ation processes. The substance (200 rig) which was treated
with alcohol was pulverized in pyrid..ne in presence of 50 mg
sodium hydrosulfite. After 20 minute3 3 ml n NaOH were added.
A.fter further 20 minutes the materiaL was centrifuged for 5
minutes (1700 revs/min). Protohemochromogen was determined
Card 2/4 with the spectrophotometer SF-4 by measuring the light

Proto-Hematin and Respiration in Plants 20
absorption at 555 MO, Figure 1 shows the samples of spectra
of hemochromogen from various parts of the leaf of barley.
The comparative distribution of protohem (intper 100 mg dry
weight) is very irregular. The highest concentration is bound
to the tip of the leaf, of an approximative length of I cm.
The content in the lower centimeter of the root approximates
this value (8A . Then follows cotyled6ne (6r and the other
leaf- and root parts. These datapobt.. ;t0 a -ertain corre-
lation between the content of protohematin and the activity
of the hemoprotein ferments (cytochromoxidase and catalase
This and the distribution of protohematin in certain root
sections can confirm the assumption (reference 9) that proto-
hem is a predecessor of other iron porphyrine compounds. The
relation of the protohematin content to the protein rises in
the root from the tip up to the 10th millimeter, i.e. from
the meristematic tissue up to the zone of the ripe cells.
Furthermore -,,he content of this hem decreases to the 50th
millimeter. These data are in correlation with the data ob-
tained already earlier by the authors (reference 5) concer-
ning the respiratory intensity of the homogenates from diff-
erent root sections as well as with data (reference 14) on
Card 3/4 the course of the intensity modification of the respIration

Proto-Hematin and Respiration in Plants
20-118 -4-42/fCl 1
of undestroyed wheat roots with increasing distance from
its tip. There are 1 figure and 14 references, 5 of which
are Soviet,
ASSOCIATION: Institute for Biochemistry imeni A. N. Bakh,AS USSR (Insti-
tut biokhiirii im. A. N. Bakha Akademii nauk SSSR)
PRESENTED: October 12, 1957, by A. I. Oparin, Academician
SUBMITTEDa October 10, 1957
AVAILABLE3 Library of ConCress
Card 4/4

9W", 17(4)
AUTHORS: - Mikhlin, D. M., Mutuskin, A. A. SOV/20-12ir-4-66,174'
TITLE: Non-mitochondrial Oxidation of Reduced Diphospho-yrill-r.,,
Nucleotide in the Root of Plants (Nemitokhondriallnoye ukis-
leniye vosstanovlennogo difoefopiridinnukleotida v korne
rastenija)
PERIODICAL: Doklady Akademii nauk SSSR, 1959, Vol 125, Nr 4, pp 92--,-q-7
(USSR)
ABSTRACT: The oxidation of reduced pyridine nucleotides (DPN an~-' TP10
mentioned in tile title occurs mainly through flavoprotein,
cytochrome C, and cytochrome oxidase. This is the most ef-
ficient intra-cellular mechanism of oxidation of the above
mentioned nucleotides (Ref 1) and through them - of the do-
composition products of carbohydrates, lipids and proteins in
the living organism. In nozi-mitochondrial parts of the c,,-to-
plasm this oxidation is effected by other catalysts. Thus,
cytochrome b 59 which is a selfoxidizing hemoprotein catalyst
(Refs 2,3), was found in animal microsomes. In vegetable micro-
somes this role is assumed by cytochrome b 3 besides other
oxidation systems (Ref 4). These systems are neither bound to
Card 1/4 cytochrome C nor to cyt6chrome oxidase. Further oxidative

SOV/20-125-4-0'6/74
Non-mitochondrial. Oxidation of Reduced Diphosphopyridine Nucleotide ir. the
Root of Plants
Card 2/4
reductive systems which aro able to transfer electrons from
DPN directly to molecular or peroxide oxygen function ir, non-
mitochondrial cytoplasm fractions of the vegetable cell. in
opposition to the formerly mentioned systems (b 3) t~ley are
extremely sensitive to toxins capable of binding heavy metals.
The authors have investigated these and other systems in
various tissues of barely root, which differ anatomically as
-tell as by their predominant physiological functions. It has
been proved before that the activity of hemoprotein ferments
may depend or, these factors (Ref 7). In that study the com-
parative activity of a mixture of cytoplasm fractions (micro-
somes, soluble fraction), obtadned by the method described in
reference 4, was investigated. T h e c h e m i c a 1
n a t u r e 0 f catal~ist--, o x i d i z i n g D P N
o u t s i d e of vegetable mi to c h o a d r i a.
As expected (Ref 9) it was proved that at least 2 ferments
participate in the non-mitochordrial oxidation of reduced
pyridine nucleotide coenzymes: 1) fiavoprotein oxidase, zhic"
transfers the hydrogen of the coenzyme -directly to the nx.',gen

SOV/20-125-4-66//-74
N o n d t C-
nitochondrial Oxidation of Reduced Diphosphopyridine Nuclecti
Root of Plants
and 2) some peroxidase which completes 'he oxidation at the
cost of the hydrogen peroxide produced under t~e
flavoprotein. The effect of inhibiting and activating ag-i.ts
was taker. into account. Addition of H 0, multiplies t-e-
2 e
oxidation rate. Ascorbic acid (as inhibiting agent) strc,,,61y
inhibits this kind of oxidation in opposition tc other s,,.stems
(Ref 11). As a result of these facts it is justified tc assume
t1nat the system of DP11-oxidase consists of 2 ccmzonents !flavo-
protein oxidase + peroxidase). On the otht:r hand oxidp-tior.
outside of the mitochondria car. -,!so be effected by peroxid!ise
alone (Ref 12). C o m p a r a t i v e a c t 11 v i t o f
D P N - o x i d a s e o f v a r i o u s p a r t s o f
t h e r o o t. The non-mitochondrial oxidation of the reduced
coenzyme and thereby the Gxidaticr. of various metabolites in
meristematose tissue, calculated or, protein, is much fainter
than in differentiated mature tissue- There are 1'. ref~r;~!ncz!s,
3 of which are Soviet.
ASSOCIATION: Institut biokhimii im. A. N. Bakha Akademii nauk SSSR
(Institute of Biochemistry imeni A. N. Bakh of the Academy of
Card 3/4 Sciences USSR)

MUTUSKIN, .11. 11. (U135i)
"The K03yntliesis of ?r,)to-i,,ieli by !lants (Re--id by titl~.),Il
Report presented at t~e 5t-~ Internatimal- Hociemist-y C-m-,'ress,
Moscow, 10-16 August 1961

MUTUSKINY A.A.; PSHENOVA, K.V.; KOLESNIKOV, P.A.
Biological role of the nonhemin iron of wheat germs. Dokl. AN SSSR
150 no.1:184,187 Yq 163. (1URA 16:6)
1. Inatitut biokhimii im. A.N.Bakha AN SSSR. Prodstavleno akademikom
A.I.Oparinym.
(Wheat germ) (Iron) (Hemina)

Y-'.JTTJ.-,Kltl, A,A,
Incorporation of amino aci.-~s ir'-o p-l-agttl-; -,' 'ne e!n--.',ri^
'60 .1 '
whea,. tissue, Dokl. AN SSSR "'61 TIC~J-1145&-14 Ar '-~, 1'3-~
1, lrn3tttut biokhirrit im. A,N. HfLkha AN Stibmlt',el Jfily 2-5,
1 ~U.

Mutlyrv, M. S.
Obrabotka Metallov Davleniyp-m, Sbornik Statey, Metallurgizdat, 1952,

SOV/ 137-1)8-8-16857
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr (USSF~j
AUTHOR. Mut,yev. M.S.
TITLE: ~-~~ods of Analysis of Spread in Grooves (Metody rascheta
ushireniya v kalibrakh)
PERIODICAL: Tr. Nauchno-tekhri. o-va chernoy metallurgii. Ukr. resp.
pravi., 1~57, Vol 2, pp 34-57
ABSTRACT~ An analysis of the 5hortcomings of existing equations and
methods of calculation provides the basis for suggesting a new
method of calculating spread in simple passes, based on deter-
mination of the displaced areas. In this method, not only the
factors present in the rolling of rectangular strip over a smooth
body are considered, but also: 1) Inequality of breakdown
across the width of the pass; 2) slope of groove walls; 3) differ-
ences in time of bite of various portions of the strip resulting in
thc development of zones of deformation outside the contact
area and in an increase in spread.
1. Steel-Processin,- 2. Rc Ing rdlls-Perforrmnce S. G.
Card 1/1 3. l'--thematico

SO V I/ I ~17_:;8_ 12-Z-44io
Translation from: Referat:vnyy zhUrnal Mcti311u!g-vj ["4;8. Nr -1. p 66 (USSR)
AUTHOR. Mut yev, MS -
TITLE: Determination of Spreid in Plain-bod)ed Rolls i0predelenive ushireni-
ya pri prokatke v prostvkh kahbrakh)
PERIODICAL. Tr. Mezf~VLLZ. naLlChVIO-teki-ri. konferentsit ria teML1 Sovrem.
dostizh. prokdtn proiz-va ' Leningrad, 19i8. pp 62-65
ABSTRACT. A method of calculating spread ,n ov-il. diamond, and square passes,
based on determination of the cl,,spla(ecl volumes (areasi going to
longitudinal and lateral deformation with considerat.on of the influence
of pass-wall taper and zones of dcforn-idtion beyond the contact area.
An equation of the Petrov-Siebel ty2c is suggested for analysis of
spread in oval passes A b z K , Y-17 FFr ~j- _T 'C1 , w Y, e r e C I ~ 1) 1 1 S
the height of the given square; E-h ~ C I - ho ; _1~_O, is the mean height
of the oval; TU-r is the mean rolling diameter; and K is a coefficient
that comes to 0. 4Spread of an oval strip in a square pdss is defined
by the formula
Ab ~ K bo FZ_ ) R rbo -h) / bo -, whe i e b ~ Qov
Card I /Z hov is the rnean height of the oval when in the vertical pos)1ion and

Determination of Spread in Ptain-bodied Rolls (cont.1
SO V/137- ~id- ;2-244
K~0. 3-0-35. The spread of a square strip in a diamond pass (without rounding) is
determined by the equation Ab=(O.Z+ 0. 08 Ix /b )b ah /hl where hl is the
height of the square strip, i.e. , the vertical diagonai; b? is'the spread if the
diamond-shaped strip without rounded corners; and ix is the mean length of the
contact area. When diamond strip is rolled in a square pass, Ab ~ (0 2 + 0 121,
)b * 8h/hj . The deviation uf the calculated results from the experimental is
Ya. G
Card 2/2

Sc'Vj 133/58-c4-15/29
AUTHOR: Mut'L914~k--
TITtB: The Determination of the Area of an Oval Roll Pass
(0-predeleniye ploshchadi oval'nykh kalibrov)
PERIODICAL: Stal', 19581 Nr 9, pi-, J235-824 (USSR)
ABJ3TRACT: Formulae for the above determination ;-~,-re -Jven.
are 2 fi:;-ures and 2 referenc0s; both of t-lie r~afarnnces
are Soviet.
ASSOCIATION- Dnepropetrovs-kiy me tall urgic he s ~riy in3tit~it
(Dnepropetrovsk Metallurgical Institute)
Card 1/1

S/137/62/000/001/072/237
A060/A101
AUTUOR: Mut I yev, M. S:.
T~=: Determination of the transverse spread deformation at metal upset-
ting between two flat plates
PERIODICAL; Referativnyy zhurnal, Metallurgiya, no. 1. 1962, 1, abstract ID3
("Naucbn. tr. Dnepropetrovsk. metallurg. in-t", 1958, no". 36,
114 - 138)
- EV The author considers the methods proposed by others for determining
the.transverse deformation at upsetting. Experiments which have been.carried
out on the upsetting of specimens Indicate -that at a coefficient of friction
f > 0.2 one can approximateiy assume the "normal" scheme, where the spread comes
from metal of the triangles formed by the.bisectors. If the coefficient of fric-
tion 4~0.2, then an increased spread is resulted at up*etting. At a coefficient
of friction f ~d 0 there occurs a "radial" scheme under which the similarity of
the upset rectangle is preserved (uniform.upsetting). Studies of the upsetting
of specimens with a low coefficient of friction f = 0.05 - 0.20 show, that as
the friction decreases the spread increases, since the scheme of the stressed
Card 1/2

Determination of the...
S/137/62/000/001/072/237
A060/AI01
state approaches the uniform one. At a wide focus of" deformation, in the presence
of rigid ends, the relative and the absolute spread are reduced. The study of
spread under rolling has shown that the formulae for the calculation of spread
in that case have the same form as the formulae for spread at upsetting.
N. Yudina
Abstracter's note: Complete translation]
Card 2/2

SOV/133-59-5-19/31
AUTHORSz Chekmarev, A.P., Academician of the Ac.Sc. Uk-r.SSR,
Dinnik, A.A., Grudev, A.P., Mutlyev, M.S., Spiridonov,N.P.,
Candidates of Technical Science-s-a-n-d-V-orotyntsev, Yu.V.,
Engineer
TITLE: On Maximum Angles of Bite During Rolling (0 maksimallnykh
uglakh zakhvata pri prokatke) (1)
PERIODICAL: Stall, 1959, Nr 5, pp 444-445 (USSR)
ABSTRACT: These are remarks on the paper of B.P. Bakhtinov
"Utilisation of Reserve Friction Forces During Rolling
on a Blooming Hill" (Stall, 1957, Nr 2) which was discussed
during a conference on working of metals by pressure in
Dnepropetrovsk. In the original paper, the author
attempted to explain why the theoretical relationship
ae = 2(xb(where a e - maximum angle of bite during the
steady state process of rolli--ig' a - maximum angle of bite
,b
during the initial moment of feed ng metal into rolls) is
not confirmed by practice. The present authors point out
that the work of the Rolling Section of the Academy of
Sciences of the Ukrainian SSR established the deciding
influence of scale on the coefficient of friction which
Card 1/3 led to the following conclusions: 1) Scale has little

On Maximum Angles of Bite During Rolling SOV/133-59-5-19/31
influence on the initial conditions of bite as during
the mouent of feeding the metal. into the rolls, the
latter break off the scale from the edges of theApecimen
being fed into them, leaving clean metal.
2) The relatively small influence of scale on the friction
coefficient and maximum angle of bite during slipping and
stoppage of metal in rolls is also due to breaking off of
scale from the contact surface of the rolls.
3) The Bcale reduces considerably (2 - 2.5 times) the
coefficLent of friction dur'-.i,.,, the steady state rolling
process, whereupon a wide field cf instability of the
process appears - from a b~t,~ tn,,;Ie belo;v the friction
angle (at cK 7~~. 240 and the rAtirj cf a /(x < 1 ) up to
b e b ~%--
friction angles correSpOn&Lng tG complete slipping
(a b= 39-400).
4) On rolling specimens from which scale was removed, a
sharp increase of the friction coefficient was observed,
whereupon a stable rolling process is attained at an angle
Card 2/3 of bite ae = 39-40o and a ratio ae/a b ---~ 1-7.

On Maximum Angles of Bite During Roll:Lng SOV/133-59-5-19/31
5) On rolling specimens for which no attempt was made to
preserve or remove the scale, the ratio of the angles of
bite varied within a wide range - from 1-5 to values below
unity. Thus, the ratios of angles of bite obtained during
rolling a e/(Xb= 1.25 - 1.35 (Ref 4) and occasionally below
unity should be explained mainly by a decrease in the
friction coefficient on transfer from the initial stage of
bite to the steady state process induced by the scale or
other causes. With preliminary removal of scale and
forced feeding of metal into the rolls, a steady state pro-
gress can be obtained at large angles of bite. In
conclusion it is stated that the corrections of Bakhtinov
relating to the steady state conditions of rolling are
incorrect.
There are 5 Soviet references.
Card 3/3

AUViOR- Mut'ev' M, S,
37/6 2 /00o/oo -1/0 39/072
A060/A 10
T-ITLE t On dividing a pass In-to elemen'~s for rolling wl*r. nonwil'orm redu'--
-ion
PER7~OD-_CAL Re'erativnyy zh-urnal, Me~,a!__Urglya' r.'D. 7, i9k6_, -9, aus-!-a~-, 7:~_50
("l-r. Konferertslil; Tekhn, progress v takhrio. prokatr. prolz-va".
3verdlovsk, Me*,allarrglzda~, :960, 290-303i
To assure the same spread in differer-* e1ern-ar.-~s of a pass, I, is
impor,~,ant; to nave the ,orrect, division of the pass into elements in which equal
spreads should ensure the uniformity of spread of the entire profile. The magni-
tude of partial spreads varies depending on the method of division. The division
should be carried out. by taking '_nt3 a3~oun-. the redi~tiar process in eaen ele-
men~. in groovlr4z rolls f,-,r the rolling of tee profiles In rit groovl-rigs 'tne
walls in the sheel, greovings of the sneif should ce separated for the entire
heignt- of the pass, i.e. these passes nave a different division of the profile
In-o element5. In dousle Tet- 'casses -,he deforma-_Jor process proaeeds in a morl~
-omplicated fashlor., 11r. :onner-'~Ion It Is ne.-essa.-y to pay sperial at-.en*,Ion
Card 1/2

S/ 1 3 J./6 ~10001007/039,1072
On dividing a pass in-o A060/A ~0:
to the condl-.Ions of' deforma-'or. in -ne f-&rges- --c- :orre~.- me-nod '--~ ne
I - a:-.g e s r, - e.;td :--ord.*.ng -,o -,heir en-,.re
cal-u'-a-tio- of - il
E. .---Ylxovlh
[Abs-rac-er'E no!e. .~:Mp-eF
Card 2/2

S/1137/6'./CCC/006/028/092
A006/A!C.
AUTHOR, Mu-7.'yev, M.S.
TITLE- ~& :f widenIng d-irlng r.~-ln.g Dn a smc--.n.r
Derivatilr,n of , "Drirti
PERIODICAL% Referativryy zhu--7ia,. Merall-urglya, no. ~., 1961, 2, abstrac, "D9
("Nauchn. tr. DnepropeLr, metallurg. in-t", 1960, no. Y), Ir2_172)
TEXT'- The suggested derivation of a fornraia of w;dening !q ba3ed on the
calc,a~.a~lon of widen,ng z:,--ej3 determ-ined t-y iines ~lf s~reases.
nal ano- -.rarsver2e s-.:,essez are de',emirt~d or. he na:3,_s :f
elemew,ary me-~5-1 pazsirg -.Kr~~ugh -he dc-f:rTra-.'.,-,r. seat a mel.noi
deve--oped r,7 A,--, , -,he ~,-mp_~-x r-a-.ure ::f -.Ile f:)rmilkle
derived, it is suggested .i widening c-y a f.:rmul~a, taking
-1 y ~f d"fl--ma-,I-:i, -_r-,-A',,jre -f r-1.9 aLnJ _-.ner
Into a--coin- -nc
factorE. The f:!mrrula der-ve,: was
hkDa-irac.-~er'o, n,---e-.
Card 1/1

MUT-YEV, M. S.
Doc Tech Sci - (diss) "Study of expansion end mean coefficient
of drawing-out in rolling with uneven reduction in area." Mos-
cow, 1961. 34 pp; (Ministry of Higher and Secondary Specialist
Education RSFSR, Moscow Order of Labor Red Banner Inst of Steel
imeni I. V. Stalin); 200 copies; price not given; list of author's
works on PP 33-34 (13 entries); (KL, 7-61 sup, 230)

NUTIYEV M. S,, kand. tekhn. nauk
_7 p -- _-
Datemining the height of the initial billet for rolling in
closed section groove. Nauch. trady MU no.48:192-205 162.
(MA 153 10)
(Rolling(Neta:~ork))

KjTly~~'V, I-larluil 'tepano-:1-i-
. 1,
fG"ving of rouehing rr.'1:1 A F iibrovka valk,,v.
-1 1 r,
Noslcva. Metallur-giia, YA4. 189 P. (: *I i-LA -L! : 1 ri )

18(3) SOV/127-59-'~-4/27
-TH
-'Gi~S:
Kandyba,bl.I., Candidate of Tec~inical Sci-nees,
Mutylo, A.V. and 2austov, G.T. ,
~Xrivoy Ro )
ILHT17. The Development of New Levels in Uines of t:ic
Krivoy Rog Basin. (Pod-otovk4novykh gorizontov
na shakhtakh Krivorozhskogo basseyna.)
F.,--I'ICDICAL: Gornyy zhurnal, 1959, Nr 4, pp 28-32 (USM)
T-I:UCT- Different methods of developing new mining levels
in mines of the Krivoy Rog Basin are described
in this article. As the exploitation of mines
of the region is usually conducted by the method
of coupled levels, the cuttinG of hauling ga--
leries, drift and cross-drifts must be realized
keeping in mind that they must serve for hauling,
communi(.ation in:! aeration purposes for a very
long period of time (up to 22 years). More-
lard 11'3 over, t!le use of larEer trolleys (15-20 tons

3CV/12--59-4-4/27
7-te Development of ITe-;,, Levcls in Miness of 'Uhc
:'~ivoy Rog Basin.
capacity) noce-,-~;JCate:3 lai-~(-,r *--;.aulinZ; r-alleries,
more elaborate sUrenothenint-, cuiu maint-cnance. The
Krivbassproyelft Institute elaborated t-,.-,,o methods
of development b '-- cou~~led, lovels. The first
method fores"2es the cuttinC of two-way cross-
drifts on eac'-_ level, an'- tulle Water-pumpin, in-
stallation an: a bur_,ker on the base-level. The
second met"--cd foreseer, tl---F. ci_:_'Ltin;- of cross-
drifts on tjh-e base Invel only. The intermediate
level is then Jevel-'-D_-! throur,'_ th-) blind shaft,
and headinCs o_;7-e -,-,it from ar'J.fts of' the base
level. Losser :~aI.LSC'!! ~;Y -,r(-- ire 1--.i-ely
covered by the ec3nor-ies realized in otner
capital uillin.-r e=,en,'Ature. Only in t')e Oktyabkrl~
skaya mine ar~~ lcsses in the o-itl;ut of the !:ar-
tin Gre, larger than tli- realized economies.
The author _-flvicec not tr) t!,-, above

SOV/12?-59 11-412?
The Development of New Levels in Mines of the Krivoy Rog
Basin.
methods until an effective and economical m--thod
of caking the crushed Martin ores is found.
There are 3 diagrams, 4 graphs and 1 table.
ASSOCIATICK: NMRI,, Krivoy Rog
Card 3/3

Mu"UNN, 1. X.
Ostoosynthesis using metal pine [with summary in NngllshJ.
Ibir-wrglis 34 no.78106-110 JI 158 (MIRA 11:9)
(YIUCTMM. surgOT7
ostoosynthesis with metal pine (Rus))

IOUCHAID23, A.N.
"I -- Characteristics of the performance of trucks with pnewatte brakes
operating In mountainous areas. Trudy Inst. mt. AN Orux. SSR 103221-
223 160. (NINA 13:12)
(Motor trucics-Bralces)

USSR/Farm kn--Umils - General Problc-,.w.
Abs Jour : ~-ci* - Biol., No 13j, ic~~53, 33262
Autbor : 'hn:._a, A.
Inst
Title vith Ac'.cls.
Orig Pub lots--al.'-stik pollumalaadr-,, Y57, No 6, 257-258
Abs-~ract Vtor dissolveCl u- in proportions oZ 1
I
'~o 1 : 20, a 90 percon" crude formic acid (o.
Gorman ori -r
,,Lr, with the name of "Amasil")
a. ,aadi Farm for Studies of the
AcadoLV of Agriculture, as well as at the
ri.Diental farm. This fo.-mic acid solution (30-3.) 1-
,.scd for the o.. 1 ton of green an
preparation :o: co-iscvvation of unL,-o,-'--~'-, 6,.:r -
,_,a-,3 o' clover and o- -'ccn foddor ricl, Ii.
uovis plants, even at It.c -,-u-uth stages (pH of 3ilac3
4-4-3-8). Good Alage (pH of 4.4) al,~-,)
Card 1/2

1/1 A. .1 ts., kand. sellkhoz. nauk; KRUUS, A. red.;
P
RIDALA, E., tek-hn. red.
[Dairy cattle feeding on a scienxific basis; scientific
principles of winter feeding and new feed rations] Fi-
imakarja sZ76tmine teaduslikule alusele; talvise s6btmise
korraldar-ise tenduslikke lKhtekohti ja uued s6btmisnormid.
Tallinn, Eesti Hiiklik Kirjastus, 1962. 59 p.
(MIRA 17: 1)

_p?~Rfl KRUUS, A., red.; KOHU, H., tekhn. eLi.
MUUGA,-.4gujjt,
[General theory of feeds] Uldine sUbtmis5petus. Teine,
ilmbertiMtatud trig. Tallinn, Eesti RiJkli Kirjastus.
Vol.l. 1963. 2-49 P. (MIRA 17:1)
(Faeding and feeds)

r
3/613/61/000/017/005/011
c'10 7~) D051/D113
AUTHORS: Lushchik, N.Ye. and Muuga, I.A.
TITLE- The spectroscopy of crystals activated by meroury-li~ce ions.
II. Calcium orthophosphate phosphors
SOURCE: A-k--demiya nauk Estonskoy SSR. Institut fiziki i astronomit.
Trudy, no. 17, 1961. Issledovaniya po lyuminestsentsii, 67-86.
TEXT: This paper is a continuation of investigations of the spectral
characteristics of alkali halide crystals -activated by mercury-like ions,
which were conducted by Ch.B.Lushchik and N.Ye.Lushchik from 1955 to 1960.
The Dresent work describes the simple laboratorial method of preparation andl
the 'spectral features of a group of phosphors based on Ca ~O(PO4)2 and acti-
.vated by mercury-like ions. Calcium orthophosphate phosp rs were studied
because of the need for economy in cheap luminophores suitable as spectral lily
transformers in luminescent lamps of ultraviolet emission 253.7;
The results of the study were satisfactory. -The excitation and
185 m
Card 1/2

The spectroscopy
S/613/61/000/017/005/011
D051/D113
emission spectra of the impurity centers were measured at 2930 and 1Y0, K
and compared with the spectral characteristics of free Ga+ , Ge 4-+ , in , Sn++,
Tl+ and Ph ++ ions. The comparison permitted interpretinE the electron
structure of the snectra of the studied phosphors. A.V.Moskin, P.M.Pekerma4
A.V.Mlorozova, MWALnnik , and L.I.Karaseva are thanked for help rendered.
There are 7 figures and 1 table. The most important English-lani.Kuage
reference is: K.Butler, J.Electrochem.Soo., 100,250, 1953.
SUMUTTEDt April 20, 1961
Card 2/2

S/613/62/000/018/004/013
E039/EI20
AUTHORS: Muuga,-I.A., and Lushchik, N.Ye.
TITLEs on the sensitized luminescence of Ca 3(PO4)2 -Ga, Mn
and Ca 3(PO1d2-1r' Mn
SOURCE: Akademiya nauk Estonskoy SSR. Inatitut fiziki i
astronom-ii. Trudy. no.18. 1962. Issledovaniya po
lyuminestsentsii. 51-56
TEXT: This work forms part of a program for the development
of phosphors for use in mercury discharge tubes. The method of
preparation is as described in an earlier paper by the same authors.
Mn is added as Mn02 and fired in air, while Ga and In are activated
by firing in an evacuated quartz ampoule. Concentrations are:
Mn - 5 mole ~~; Ga and in - I mole ~o. Examination of the phosphors
under an ultraviolet microscope showed that all the phosphor grains
luminesced with the same spectral composition. ExcitAtion and
emission spectra of Ca 3(PO 4) -Ga; Ca 3(P04)2 -Ga, Mn; Ca 3(PO4)2- In
and Ca3(PO4)2- In, Mn were obtained. The extitation and emission
Card 1/2

s/613/62/000/018/o04/oI3
On the sensitized luminescence of .. .
E039/El20
spectra due to In and Ga centres do not depend on the presence of
~jn, while the excitation spectra of
the excitation spectra of the sensit Mn practically coincides with
izers. The quantum yield of
sensitized luminescence due to Mn 2+ centres in Ca Mn
3(PO4)2-ln'
-Ga, NIn depends on the
and Ca.
(P0
) frequency of the exciting light
4
2
3
in the region of the sensitizer exci tation band and is related to
the electron transitions I
1 3
d I
S -7~
pI an
S ---)
P.
The migration of energy from In and Ga ions to Mn ions is
established and occurs more easily i n Ca 3(POO. than in the alkali
-Ga
halide phosphors. Both Ca
(PO 4) - In, Mn
. Mn and Ca
(P04)
2
3 2
3
are suitable as spectral converters in mercury lamps.
There are 2 figures.
SUBMITTED: December 16, 1961
Card 2/2

ACCESSION NR: AT4020793 3/000/023/0022/0037
S/2613/6
AUTHOR: Lushchik, Ch. B.; Lushchik, N. Ye.; M ;4~j. A.
TITLE: Band spectra of crystals activated with Z~ercury-like ions. Part 1.
SOURCE: AN EstSSR. Institut fiziki I astronomii. Trudy*, no. 23, 1963, Issledovaniya
po lyuminestsentsil (Research in luminescence), 22-37
TOPIC TAGS: luminescence, luminescence spectru, band spectrum. phosphor, phosphor
luminescence, crystalline phosphor, mercury-like luminescence activator, crystal
vibration
ABSTRACT: The method of luminescent probes may be successfully used for the study of
physical phenomena in solid bodies. Rare-earth ions, which give off a linear emission of
complex structure, are most frequently employed as the probes. The author also notes
that the so-called merc * 3.+ Ge2+, In+, Sn2+, Sb3+
ury-like ions (G., Tl+, Pb2+, Bi3+) may
be used in investigating the physical processes in allcai halide crystals. A detailed study
of the spectral characteristics of alkali halid& crystals, activated with mercury-like tons,
has demonstrated that in these phosphors theibsorption and emission spectra at 100K (for
KC1-T1 even at 4.2K).are continuous bands without an osci,
llating structure. The sharp
difference in spectra for mercury-like centers in crystals of the types AIMVI and AMVIL j
Card .1/3

ACCESSION NR: AT4020793
Which are structurely similar, deserves careful attention. The purpose of the present
work was to determine the conditions necessary for the observation of a vibrational struc-
ture in the spectra of mercury-like centers. Ile authors have attempted to utilize
luminescent ions for an experimental investigation of the vibrational processes itt the
icrystals. The shapes of the emission and excitation spectra of KC1-Bi, Ca3(PO4)2-Bi,
CaO-Bi and CaS-Bi phosphors were investigated at 295 and 100K. The phosphors with large i
Stokes losses (KC1-Bi) have continuous emission and excitation spectra. In the case of
phosphors having relatively small Stokes losses (CaO-Bi), at 100K a series of clearly
marked equidistant bands were observed against the background of the a)ntinuous emission
and excitation spectra. The authors discuss the characteristic features of the continuous
and band spectra, and their electronic (ISO V 3p and 3p, --.a- 1SO transitions in Bi3 +
1
centers) and vibrational structure. The hypothesis is advanced that the band spectra arise
Ias the result of the interaction of the electrons with the localized modes of vibration which,
in turn, interact with the crystal vibrations. The authors found, in conclusion, that mer-
cury-like centers with small Stokes losses may serve as convenient luminescent probes
for the investigation of vibrational processes in solid bodies. 'Ve are grateful to N.
Kristofell, V. Mzhuyakov and G. Zavt for their discussion on the theoretical work In
electron-phonon interaction in crystals and to X. K. Rebane for oritiod rmarks. 11 Orig.
art. has: 1 table and 3 figures.
Card

ACCESSION NR; AT4020793)
ASSOCIATION: Institut fiziki I astronomil AN EstSSR (institute of Physics and
Astronomy,,AN EntSSR)
SUBMIT'iED: 21Jan63 DATE ACQ: 07Apr64 ENCL: 00
SUB CODE: PH NO REF SOV: 023 OTHER: 013
Card 3/3

.1 0
MUURISEPPIO Aleksei; TMONOK, Gip rods
t25th anniversax-t of Sovlot Estonia, 25- letle Sovetskol
Eston1l, Tanitn, EeBti Ramat# 1965. 176 p.
(MRA 18:8)
1. Prednedatell Prezidlum Verkhov-nogo Soveta Estonskoy
SSR (for 14~~isepp).

AALOE, A., nauchnyy sotr.; MARK, E., nauchnyy sotr.; MWINIL, R.,
nauchnyy sotr ;_MUURISEPP, K., nauchnyy sotr.; ORVIKU, K.,
nauchnyy sotr:; ln'VILA, H., red.; TOOMSALU, E., tekhri. red.
[Stragigraphic review of the Palcozoic and Quaternary deposits
of Estonia] Ulevaade Eesti aluspohja ja pinnakatte atratigra-
aftast. Tallinn, Eesti IISV TeadusteAkademiaGeoloogiia
Instituut, 1960. 61 p. (MIRA 15:1)
1. Geologicheskiy institut Akademii nauk Estonskoy SSR (for
Aaloe, Mark, ManxiiI, Muuriaepp.,Orviku).
(Estonia-Geology, Stratigraphic)

~,story of technclogy and the natural sciences. p. 219.
EF-STT LCCD'IS I-T T,,~,vluste "kkadeemia) T.~rtoi, Est.n,.Ji-k. 'lol. P, rr
Yonthly List of EqFt , roj,-~~Lr.
U
Uncl.

mumapp , t._
3rd Conference of the Baltic Republics an the History of Science and
Technology. Eesti tead akad tehn fuua 9 no.1:90 160. (EEAI 9:9)
(Baltic States--Science)

21992
3/023/61/000/001/0'~2/003
(0 1~ i Do D203/D305
I ~ -/ 3c) C)
AUTHOR; MUUrsepp, P.
TITLE: Evaluating the critical load of a circular, cone-shaped
shell
PERIODICALt Alkademiya nauk Estonskoy SSR. Izve8tiya, Sertya
fiziko-matematicheskikh i tekhnicheskikh nauk,
no. 1, 1961, 28 - 32
TRITs This paper develops, by a perturbation method, a simple cal-
culating formula for evaluating the critical load of a circular,
truncated cone of average length, with transversal exte-nal pressure
linearly distributed along the cone generating line. As a special
case, the formula is obtained for a critical load of uniform trans-
vers,-J pressure. The solution of the problem is reduced to solving
Eq. (2 .1) given by P.V. Mrsepp (Ref. 1: Ob ustoychivosti krugovo-
go usechennogo konusa pod deystviyem ravnomerno raspredelennogo
vneshnego davleniya (On the Stability of a Circular Truncated Cone
Card 1/12

Evaluating the critical ...
21992
5/023/61/000/001/002/003
D203/D305
Under the Influence of Uniformly Distributed External Pressure) Iz-
vestiya AN ESSR Seriya tekhn. i. fiz.-mat. nauk, v. VII, No. 2,
1958) and which is represented as
qs' W 0, (1)
f~:ICOSIF t&0324V
where q w set (deflection), cp = cone angle, shell dis-
Eh
tance from the axis, p = the intensity of transversal pressure, 2/
s = number of waves on circumference, E = Young's modulus ?,2 = h
'12(l - V2) where v = Poisson's ratio, h = shell thicknes3. The
pressure, linearly distributed along, the cone generating line, may
be expressed in the following way
q=ql Vj-Q +q2=ql(-Ql (2) (2)
Q1 Q2
Card 2/12

21992
S/023/61/000/001/Cln2/,003
Evaluating the critical ... D203/D305
Fig. 1.
Let a= p2 a= sin (p, where 1 - the relative shell length.
COX3
The variable go = 2 introduced where 11 - the distance
measured along the generating line from the narrow end to the sec-
tion of radius 9. = Vy-l?2. The coordinates to the left -e assu-
Card 3/12

21992
3/023/61/000/001/002/003
Evaluating the critical ... D203/D305
med to be negative and, to the right, to be positive.-The distance
from the ends to the section ?o = 1 are t11=
1'.-2-L 2f - their
,
difference is 2. In addition ( 1 + a5l) and (1 + a'")
1. From these conditions
+ I a).
T
T (3) (3)
2 2
are obtained. Assuming that a is a small parameter tenms to a~
!nj?
are kept in the expression. The change o f variables, =1 .
= 2
0
corresponds to the relation between the operators D Do, where
D -L and Do = d . Eq. (1) will then b
~ d r-
d ecome
.
Do
14
P-
f D " 4- 6 a D,3 +D,", --"1(c - dQ) -0. (4) (4)
0 & :1 1
Q
Card 4/12

21M
S/023/61/000/001/002/003
Evaluating the critical D203/D305
Here 1 = 18. Now the new variable x -1 1n 9 is introduced, where
1 2 a
1 + a~o. This change corresponds to the relation Do D
X
giving
4 2 2 4 22
Dx _ a Dx 11 IOC( c -d?) 2]~ w 0 (5)
[
eax is expanded into a series
2 2
eax + ax + a x + -2ax = 1 - 2ax + 2a2x2 +
2 (6)
C~ = (Yo +aO(i + a2 G'2 +
Eq. (5) will then have the form
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21992
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Evaluating the critical ... D2071/D305
D'w-001 w__1,'1(uo+aaj+a'ct2)[r (I +a) +l")-
X ~ I 1 2 (7)
-d(I + 2ax+2a2.r2)j- p2 (I -2ax +2a?xt)~ w ==0. (7)
The case is then discussed when w = 0, D Xw 0 at both ends. The
limits of variation of x are
40
2 - - ---- +
In (I + ajo) ato - 424
3 2 3
2 a2
If ~ = V, then x l + a If go then x 1 Remem-
0 -7. -7.
bering that a is small, - 1< x is as-suned as a range of varia-
tions. In Eq. (7) a is assumed to be a pertirbation paramete.r. The
paramet er 2 maintains its value in all approximations. The Eigen
values a0, 0(1 P CC2 are found consecutively a:!cording to the pertur-
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21992
Z/023/61/000/001/n,O2/003
Evaluating the critical ... 1203/D305
bation method. The expan~sion of the solLtion for w is w = w 0 + aw
+ a2 w2+ ... The differential equation for zero approximation is
obtained from (7) in the form of
(8)
(DW-14,fuo(c - d):-- 011)w~ 0. (8)
Let u4 . xo(c - d) 22. The symmetrical function
w0 Acos ul1x + Bch ul 13 '(9)
satisfies Eq. (8). To satisfy the bdund4xy values at x = 1 the
quantity ul 1 must satisfy tg ul + ih ul 0. The least Eigen
1 2 1
value2is for u1 1 = 2.365 or V. = 4.730. From the definitions of (xO
and 3 , the author obtains for the zero approximation of the load
q10, the expression
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21992
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Evaluating the critical D203/D305
q10 ---,: a0l Cos2 4p (10) (10)
Whence the zero approximation of the minimum critical load is
q10 Mi. COs q))"',
3 e-d I
to which corresponds
4
S2 jcos2q> (12)
If- 1 8 = 0, 1329A. (12)
To find the first correction for the deflection function w, the
author designates ul X= X1 then DX = u1 1DX1 and from (7) he ob-
tains
(D' , - 1) w, (c - d) a(c - 2d) ao'+ 2p21 w.. (13) (13)
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21992
Evaluating the critical ...
S/023/61/000/001/002/003
D203/D305
In this equation, the Eigen value at is zero because it has a cor-
responding, odd Eigen function. The boundary value must be satis-
fied at one end only. From the definition 32, U4 and from (12) it
follows that B2/U4 = 3; in addition, as long as c% d , then
(13), one may write
4 c 2d x1
D 1) W = (4 + 6) - w (14)
(
x1 1 c d ul1 0
Let b = 4 c - 2d + 6. After integrating and evaluating constants
c - d
one obtains
W1 1__(Uj1)2jD., wo -X'WO.
8 U11 X1 8 U1, (15)
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21992
3/023/61/000/001/002/003
Evaluating the critical ... D203/D305
In the same way the second correction w 2 and Eigen value is obtain-
ed
(12= (-0,054 (e - 2d) + - 0,20e + 0.50
d)3 d (16)
Then the required critical load in dimensional form is
r6a% C0197 + a2 (-0,054 2d)
(-W d)2 (17)
+ 7.~~,20 r + 0, 50 +0,035)]. (17)
c-d
where
Q:1-01 PI elf -QI
IC E7 _a~ __' -'- * ' -
The comparison with experimental results is given in Table 1.
Card 10/12

Evaluating the critical ...
Table 1.
21992
5/02 6 1/000/00 1 3
D203X305
Ta6AU4a I
CD 0
oo

peanwl
*61
LINC.40

0
MiTepwu o6pa3po_ TOAUINHA I 50AII Flo maiihnoe

0

bOAORKH
a
tue PaAllyc

KPYW_
Aamemie
%0 (n
IIOCTH P2
I
'C
kf
MfA M
l
CTaJIb 76
I 28.65 0.3 86 4 533 4,70
2 c7allb 40
t 28.58 0.3 85 4 5.33 4,72
3 Jjiopalb 140 28,58 0,3 85 4 2,5 1,68
4 CT3.nb 4OX 203 27.50 0.6 81 3 21.33 23.67
5 CM% 45 203 35,13 0.6 R5 4 17 19,47
Legends 1 - No. of shell; 2 shell material; 3 - length of genera-
ting line; 4 - average radius; 5 - thickness; 6 - angle uO 900 -
- cpO; 7 - no. of waves on circumference; 8 - critical pressure from
test; 9 - calculated minimum in pressure P2; 10 - k9/cm2;
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Evaluating the critical ... D203/D305
11 - steel; 12 - steel; 13 - dural; 14 - steel 401; 15 - steel 45.
There are 1 table, 1 figure and 2 Soviet-bloc references.
ASSOCIATION: Institut fiziki i astronomii akademii nauk Estonskoy'
SSR (Institute of Physics and Astronomy AS Estonian
SSR)
SUEMITTED: October 18, 1960
Card 12/12

MUURUPP, P.
All-Union Conference on the Theor7 of Plates and ShellB. Eesti
toad %W tehn fuus 10 no.ls82-83 161.

MUURSEPP, P.
All-Union Conference on thr~ flirifo-y of Physics and Mathemtics.
Izv. AN Est. SSR. Ser. fiz, miu. i tekh. nauk 12 no.3052 163.
(MIRA 16ill)

MUYEV,-V.V., inzh.(Voselok Voy-Vozh.. Komi ASSR); CHEBW~TSOV, P.P.., kand.tekhn.
' nauk (HDskva)
Protectl'on of ground-level gas piplinits from corroeion In the Komi
A.S.S.R. Stroi, truboprovo 7 no,1140-21 M 162e (MIRA 15 :12)
(Komi A.S.S.R. - Gas,, Natural-m- Pipelines
(protective coatings)

I,S,
I . . .. . (diss) , 'Urly of
fir-tree Plantings of artificial origin of Us
do U, - 'ici
south --- Ieast Estonia." TartK 2, np (Acad ,
SSSR. Inst of Zoology and Botany) 160 co-es
(KL, L2-,-,d, ILI,)
- 2-', -

mumm, Yu. A.
"Inertla Forces of Gyratory Crusbers," p. 150
vith MOSOR V. I., "Model TestIng of NachIm CoWonents," p. 216
Dnlgn of Ore Bensficiation Zqulpmnt, Moscow, I~ftmbglz, 1958. 234P.
Sbornik statey, np. 2, Urallekly zavod tyubologo mushInostroyenlya, Sverdlknk

MUTZS1,01EK, Tu.A.
Inertia grratory cone breakerii. Sbor.st.UZT14 no.2:150-156
1 58. (MMi 11-12)
(Crushlng racbinery)

KNUMEK. Tu.A.; MAZO, V.I.
Testing of machine elements on models. Sbor.st.UZ-r?4 no.2:216-235
' 513. (Mach.inery-14odels) (Strains and stresses) (IGRA 11:12)

KUYZNIUW,K. TU.A,,.,,,inzh.
Design and operation of the overhead suspension of g7rating
conic crushers for coarse crushing. Stroi. i dor.mashinostr.
4 no.6:22-25 Js '59. (HD?A 121:8)
(Crushing machinery)

MUTLEMNEK, Yu.A.; GABOV, O.A.; YEGOROV, M.V.
Testing the model of a ball mill. Obog. rud 6 no.5:39-42 161.
WRA 15: 1)
1. Urallskiy zavod tyazhelogo, mashinostroyeniya imeni S.
Ordzhonikidze.
(Crushing machinery--Models)

14UYZEI,RE';K , Yu.A, . in zh.
Balance and clearances of eccentric units in gyratcry cr-usherL.
Strop'. i dor. mash, 6 no.9:31-33 S 161. ("'Iyu 14:101)
(Crushing machinery)

KMEMKI YU.AX 4Znh,
Improvement of high-duty large-piece
use, Konstr.lmup.-Ah. no.1:115-131
(Crushing
crushers and prospects for their
162. 1-6-2)
machinery)
N
t5 '

MYZEMKO Yu.A.; GABOVj O.A.
Ca-twher for coarse crushing. Gor. Z43r no-404-57 Ap 163. (MIRA 16-10
1. Urallskiy zavod tyazhalogo mashinostroyeniya imni Sergo Ordzhonikidze,
Sverdlovsk.
(Crushing machinery)

MUMMIEK, Yu~A4
Crushers for medium and fine crushing. Gor. shur no-4:57-61 Apr 163.
(MLU 16s4)
(Crushing machinery)

MU'-- ~' , Yu , --~. ~ k'S-re rdl ov 3~' ", B,V, (Sveralovsk)
Operat:cn of the drlv(,--- of r!one--type :rushing,
ma(-;-Ir.es with med4mri and fine outputs. Elektri.:~hestvo no, 3 -,
12,14 l4r 164. (KIRA 17:/,",