SCIENTIFIC ABSTRACT MUSLIN, K. E. - MUSTAFA, S.
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CIA-RDP86-00513R001135720017-4
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S
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97
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Publication Date:
December 31, 1967
Content Type:
SCIENTIFIC ABSTRACT
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MUSLIN, K.E.; PMVERZEV, M.P.; VOVITSKIY, V.V.; GRITSENKO, V.G.
IWoving rock pressure control in mining steeply dipping
seams under conditions of the Yanovka hydraulic mine. Ugoll
Ukr. 6 no.6:13-15 Je 162. (MIRA 15:7)
1. Ukrainskiy nauchno-iosledovatellskiy institut gidrodobychl
Uglya.
(Donets Basin--Hydraulic mining)
(Rock pressure)
MUSLIN, Ye.
Coupling flow and storm. Izobr.i rats. no.4:23 164, (MIRA 17:4)
KUSLIN. U.S.
Out-off tool with mechanical holder. Stan.1 Inxtr. 26 no.11:38
9 155. (cutting tools) (KW 9:2)
ZUBKOV, Boris Vasillyevich; MUSLIN. Yevgex4y_,qAlimovich; FEDCIMIKO, V.,
red, .-I-1-
[About the elements, "cido" and the reality of fantastic
visional 0 stikhiiakh, Otsido" i reallnosti fantastiki.
Moskva, Molodaia gvardlia, 1965. 151 P. (MIRA 18:12)
S/262/62/000/015/005 /011
1007/1207
AUTHORS: Potemkina, A. M., Shvartsman, P. 1. and Muslin * S.
TITLE: On the failure of turbine discs when operating at a "reverse" temperature gradient
PERIODICAL: Referativnyy zhurnal, otdel'nyy vypusk. 42. Silovyye ustanovki, no. 15, 1962, 30, abstract
42.15.184 (in collection Teplovyye napryazheniya v elementakh turbomashin, Kiev, AS
UkrSSR, no. 1, 1961, 150-155)
TEXT: The analysis of turbine disc operation at "reverse" temperature gradients, shows that the stressed
state of the turbine disc periphery under such conditions is liable to cause disc failure. Reliable operation
of turbine discs In mobile turbine plants requires a more detailed study of the effect of temperature gradients
on the carrying capacity of discs under cycling working conditions and stress concentrations.
[Abstracter's note: Complete translation.]
I/C
V
Card 1/1
MUSLIN, Yevgeniy Salimovich; IVAKOV,, S.M., red.; -NAZAROVA, A.S.,
takhn. red.
[Freight transported by pipes] Cruzy idut po trubam. Mo-
skva, Isd-vo "Znanie," 1963. 31 p. (Novoe v zhizni, nauke,
takhnike. IV Seriia: Tekhnika, no.14) (MIRA 16:8)
(Pipelines)
ZUBKOV, Boris Vasillyevich; MUSILIN,,Yevgeniy Salimovich:
VISHNYAKGVA, TO., zod.--;- KUZNETSOVA, A., takka. red.
(Two hundred advices to rural mechanical 200 sovetov
sellakim makhanizettoram. Moskva, Mosk. rabochii, 1963.
87 p. (MIRA 16:10)
(Agricultural machinery-Maintenance and repair)
ZUBKOV, Boris Vasillyevich; KEDVEDEV, Yuliy Emmarruilovich;
kaj@@.evgeniy Salimovich; Ch-MNIKOVA, M.S., red. ;
KIAPTSOVA, T.F., tekhn. red.
[A hundred inventions) Sto izobretenii. Moskva, Sovetnkaia
Hosslia) 295 P. (MLRA 17:1)
ZUBKOV, Boris Ilasillyeiiich; 1,11MIN, Tevgeriiy,_@imovich;
VUSATOV, V.,, red. ---
[One hundred homemade collective farm implements] Sto
kolkhoznykh samodelok. 14oAva, Mosk. ralbochii, 1964. 94 p.
(MIRA 18:9)
27489
S/062,161/000/009/004/014
B117/B101
AUTHORS: Rizpolozhenskiy, N. I., and Xualinkin, A. A.
TITLE: Reaction of epichlorohydrin with chlorides of phosphoric
acids
PERIODICAL: Akademiya nauk SSSR. Izvestiya. Otdeleniye khimicheskikh
nauk, no. 9, 1961 , 16oo-i6o6
TEXT: The reactions of qpichlorohydrin with phosphorus trichloride, phenyl-
dichloro phosphine, ethyl-dichloro phosphine and methyl-dichloro phosphine
oxide were studied. In the presence of a few drops of titanium tetra-
chloride, epichlorohydrin reacts with phosphorus trichloride in a molar
ratio 1 : 1 under considerable spontaneous heating. Distillation of the
reaction products yielded 3 fractions: the 0,01-dichloro-iaopropyl
phosphinous acid dichloride, b.p. 49-510C (I mm Hg),yield 28%; the bis-
PIP'-dichloro-isopropyl) phosphinous acid chloride, b.p. 122-1240C
1 mm Hg), yield 261%, and the bis-(P,pl-dichloro-isopropyl eater) of
@
P,y-dichloropropyl phosphinic acid, b.p. 170-172 0C (0.02 mm Hg), yield
47.5%. The two first-mentioned fractions fume in air, the first more
Card 1/4
2748
3/062 61/000/009/004/014
Reaction of epichlorohydrin B1177B@101
intensely than the second. The reaction of epichlorohydrin with
phosphorus trichloride in a molar ratio 3 : 1, leading to a thick, yellow
liquid is also exothermic. During distillation under vacuum the tris-
(p,pl-dichloro-isopropyl) phosphite formed in the reaction undergoes
isomerization according to a mechanism suggested by M. I. Kabachnik and
P. A. Roseiyakaya (Ref. 3: Izv. LN SSSR. Otd. khim. n. 1946, 403),
yielding the bis-(P,pf-dichloro-isopropyl) eater of P,y-dichloro-propyl
phosphinic acid. Isomerization occurs at a bath temperature of - 1600C and
is accompanied by intense bubbling of the substance. The reaction product
is a transparent, viscous liquid. Epichlorohydrin reacts with phenyl-
dichloro phosphine and ethyl-dichloro phosphine in the presence of a few
drops of titanium tetrachloride with evolution of heat, an effect
particularly marked in the second case. Rearrangement of the reaction
product leads to the O,pl-dichloro-isopropyl eater of P,y-dichloro-propyl-
phenyl phosphinic acid, b.p. 179-1610C (0.02 mm Hg), yield 88%; and the
0,0@-dichloro-isopropyl eater of P,y-dichloro-propyl-ethyl phosphinic acid,
b.p. 149-1510C (0-05 mm Hg),Yield 54%, respectively. On heating to
750-800C, epichlorohydrin reacts with methyl-dichloro phosphine oxide, The
reaction product, the bis-(P,pl-dichloro-isopropyl eater) of methyl
Card 2/4
27489
S/062/61/000/009/004/014
Reaction of epichlorohydrin ... B117/BI01
phosphinio acid, is a colorless liquid, b.p. 127-1290C (1 mm Hg), yield 75%,
By treating thebis-Ool-dichloro-isopropyl eater) of P,I-dichloro-propyl
phosphinic acid at 1300-1400C with phosphorus pentachloride in a molar
ratio 1 : 2, the P,pl-dichloro-isoproyl eater of P,V-dichloro-propyl
phoBphirxic acid chloride, b.p. 188-1900C (6 mm Hg), yield 43%, was obtained
Dehydrochlorination of the bis-(P,pl-dichloro-isopropyl eater) of P,y-di-
chloropropyl phosphinic acid with triethyl &mine in benzene by the method
of Ye. L. Gefter (Ref. 5: Zh. obahch. khimii 28, 2500 (1956)) yielded a
viscous substance (yield 47%), b.p. 1680-17006-at 1 mm Hg. The formulas
CH -CClCH P (OC H @ICH 2 C 1)2 or CH ClCH-P CH /CH2Cl are suggested for this
2 2 CH2C1 2 11(0 \CHI?cl)2
0
compound. The structure of the products formed by the reaction of
epichlorohydrin with phosphoric acid chlorides was confirmed by synthesis
according to a different reaction path. The reaction of ethyl-dichloro
phosphine with glycerol a,y-dichlorohydrin yielded the bis-001-dichloro-
isopropyl eater) of ethyl phosphinic acid. After vacuum distillation and
isomerization, the P,01-dichloro-isopropyl eater of O,y-dichloro-propyl-
Card 3/4
27489
S/06 61/000/009/004/014
Reaction of spichlorohydrin B117YB1101
ethyl phosphinic acid was isolated. The identity of the productB obtained
in these two ways was verified by comparison of their physical and
chemical constants. The infrared spectra of the compounds were also in
complete agreement. The studies performed indicate the compounds obtained
to have iso structure. The authors thank R. Shagidullin for taking
several infrared spectra. The Arbuzov iaomerization is mentioned. There
are 2 tables and 6 references: 5 Soviet and 1 non-Soviet.
ASSOCIATION: Institut organicheskoy khimii Aka&mU nauk SSSR, Kazan' (Institute
of Organic Chemistry of the Academy of Academy of Sciences
USSR, Kazan')
SUBMITTED: February 20, 1@961
Card 4/4
BALAKISHIYEV, Kyamill Abdul-Salam, zasl. deyatell nauki, prof.;
1-ffJSL1WUv P M. . red.
[Anatomical nomenclature in Latin, Azerbaijani and Russian.
Compiled on the basis of the Paris International Anatomical
Nomenclature) Anatomicheskaia nomenklatura na latinskom,
azerbaidzhanskom i russkom iazykakh. Sostavlena na osnove
14ezhdunarodnoi Parizhskoi anatoricheskoi nomenklatury. Baku,
Azerbaidzhanskoe gos.izd-vo uchobno-pedagog.' lit-ry, 1964.
270 p. . WHA 17:5)
MUSNIGKI, Cwslaw
Methods of studying the frost reciatrinre of cropff applied In
the Institute of Plant Breeding of the (Lerman Academy of Ag-
ricultural Sciences in Bernte-ri,
., Saals. Pwtepy nauk roln 10
no.3t133-152 MY-Je 263
MUSNIKOV, L.M.
Conference an the rOCultv of uaing "Sa-fety eragineering
regulations for operating electrical systems of industrial
enterprises." Prom. energ. 18 no.12.49-50 D 163.
(MIRA .17-.1)
MUSITIKOVA. D.M.; ORKINA, Z.G.
Granulated coke nade by contact coking as a raw material for
the manufacture of electrodes and for the production of power
gas. Trudy GrozNII no.4:113-120 '59. (MIRA 12:9)
(Petroleum coke)
AMERIK I B.K.; GALEYEVA , K.S.; 11SPENSKIY, G. I.; RYAZANTSEV I YU.P.;
- 14USNIKOVA, D.M.; ANTOSHKINA, R.A.
1 r.
Contact coking of a cracking residue in a mixture with
powdered coke on a pilot plant. Trudy GrozNII no. 15:68-
74 163. (MIRA 17:5)
MUSHITSKITY, Ye. H. (Khar1kov)
Creatively resolve the problSMS in the
students. Fel'd. i akuoh. 27 no.505-59
comunist education of
My 162.
(MIRA 15:7)
(MORAL EDUCATION)
-6-12124
AUTHOR: yu81 umov-,_-L.@I., Candidate of Historical Sciences
af CeTirty CCMMv'.t,-e
TITLE: Communists the Organizers of Educational Work in a Vuz
(Kommunisty organizatory vospitatellnoy raboty v vuze)
PERIODICAL: Vestnik Vysshey Shkoly, 1958, Nr 6, p 53-55 (USSR)
ABSTRACT: The author describes the party organization's activity at the
Azerbaydzhan Pedagogical Institute of Russian Language and
Literature imeni Akhundov, in particular on matters of ideo-
logical education of the academic youth. Among other occL:-.----i,:;@s
the author mentions two evenings on which the students met
veterans of the revolutionary movement, the old communists
A. Tagi-zade, S. Gadakchan, N. Abramova, D. Babayev, and M.
Dadasherv. The institute's communists are also paying much
attention to the proper organization of political education
among the instructors. The Studencheakoye nauchnoye obshchestvo
(Students' Scientific Society) has lately arranged several
literary disputes at which a novel by the renowned Azerbaydzhan
writer A. Abullgasan was discussed. The annual meetings of
the institute's students with those of the Yerevan' and Tbilisi
Card 112 Pedagogical Institutes have already become a tradition.
Communists - the Organizers of Educational Work in a Vuz 3-58-6-12/74
ASSOCIATION: Partiynyy komitet Azerbaydzhanskogo pedagogicheskogo instituts.
rueskogo yazyka i. literatury imeni M.F. Akhundova (The Party
Committee of the Azerbnydzhan Pedagogical Institute of Russian
Language and Literature imeni M, F. tjjhj@2@)
Card 212
KUSKAH, V.M., inshener.
Methods for erecting rotary
35 no.3:25-28 Mr 157.
(Kilns, Rotary)
kilns and crushing wills. Str6i.prom.
(NLRA 10:4)
(Killing sachinery)
KUSHITSK-IT,-.Ye.M. (Zherikov)
For further improvement in the work of correspondence sections of
medical schools* Feild. i skush. 22 no.9:57-59 S'57 (Kru 11:10)
(MIDICIML-STUDT AND TRACHIM)
- MUSNITSKITir-yeim,
Win points in the metbodleal work of correspondence departawnts of
viedical schools. Felld. I akwh. 24 no.12:48-51 D 159.
(KIR6 13:2)
(MIDI(;INP,STUDT AND MORING)
MUSNITSKIYo Ye.M. (Kharlkov)
Formation of the materialistic viewpoint among medical students.
Felld i akush. 25 no. 10:49-52 0 160. (MIRA 13:10)
(MEDICINE--STUDY AND TEACHING) (DIALECTICAL MATERIALISM)
EWT
M-9- NKS Aeou4zlfft ouumn owlim:
AUTHORz Jhkhordov, Fe Go; Gladkov, V. I.: Musoldiranoy. F0 Do
777!7=--
ORG: Kemerov Hedical Institut (Kemerovskiy maditsinskIT institut)l City Infectious
Disease Hospital (Gorodskaya in ktsionnaya bollnitsa)
TITLE; Treatment of anthra;@.
SOURCE: Zhurnal mikrobialogii, spideadologii i immunobiologii, noz 3, 1W, 143-145
TOPIC TAGS: serum, penicillin, antibiotic, anthrax, vitamin, cortisone, disease
therapeutics, drug treatment
ABSTIUCT: Twelve patients with anthrax of varying degrees of severity were success-
fully treated by the authors. Depending on the senjity, the patients were inJected
intriumiscularly with 50-100 ml of antianthrax serum, 300,00 units of penicillin. and
0.4 g of biorWein four times a day. -T-he-anffG locs were continued for 10 days. The
patients also received vitamins, applications of skin ointwnt. various drugs for
symptomatic relief. and. in severe cases, cortisone. Improvement began within 24-28
hours 9 LJFR�j7
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KUSCLIN, Konstantin Ivanovich; IM. T.K., red.; TARAsoTA, N.M.. takhn.red.
[Romographic calculations for the alcohol production processes;
nomograms of the technology and technical and chemical control of
the alcohol production] Nomografichaskie raschaty spirtovogo
proizvodstva; nouogranq po tokhnologii i takhnokhimicheakoma
kontrollu spirtovogo prolsvodetva. Moskva, Fishchaprouizdats 1959.
133 P. (HUU 1315)
(Alcohol)
MUSOLIN, K.I.
Sampler of liquids. Sakh.pron. 34 no.1:29 Ja 160.
(MIRA 13:5)
1. Khmelinatakty sakharnyy savod.
(Sampling)
@TSOLIV, Konstantin Ivanovich; MMELIVITSKAYA, A.Z.p red.;
I- --- I- W@MCHIKOVAJI L.11. . tekhn. red.
[Nomograms on the technology and technological control of
sugar manufacture] TlomogramvW po tekhnologii i tekhnokhimi-
cheskomu kontroliu sakharnogo proizvodstva. Moskva, Pinhche-
promizda-t, 1963. 81 p. (sugar manufacture) (MU 16:12)
SITYAROV, U.I., kand.tekhn.nauk; MUSORIN, G.V., inzh.
Review of a book by N.F.Dubrov and N.I. Lapkin "Electrical
Stall 24 no.6-.547-54,3 Je '64. (MIRA 17-9)
1. Institut metallurgii v.g. Svirdlovske i Sredne-Ural'skiy sove,
narodnogo khf-,zyaystva.
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24(8) PHASE I BOOK EXPLOITATION SOV/2117
SOVelftchanlys po eksperimentallnoy takhnike I matadas vIgnimtempers-
turnykh Issledovanly, 1956
Ikeparlmentallneya tekhnlics I metody Issledovaniy pri v7soklkh too-
persturakhj trud7 scv*shchaniya t9sperisental Techniques end
Kethcdo or Investigation at High Tamparstureel Transactlona of the
Conference an Experimental Techniques and "a thods of Investigation
at High Tesperstures) Moscow. AN 3SSR. 1959. 789 p. Owrlesi
Xkadea Uk I IkO-
hl 0 ly hs, ce3nS3v1skn- pr1hstgv1tudtt**t:11ur$"- K*mISS17% 9*11 :
k
al he:k is tall) 2,200 copies pr nt d.
Rasp. Sd.s A.M. Samrin, Corresponding Member, U33R Academy Of
3clenceel 94. of Publishing Housea A.L. Bankvitser.
PURPOSE i ThIs back Is Intended for metallurgists and ma@tallurglcal
enalneers.
COVERAGgs This collection of scientific papers is divided Into siz
partez 1) ther"dymatc activitv and kinstica of histh-temparature
ro.sa.ve 2) constitution d1a
studies 3) PhYsleal properties
p 41"
f liquid metals and slags w analytical methods and pro-
duction or pure maitals 5) pyromtry. and 6) general Qumationa.
L For more specific coverage, "a Table or gontents.
V7. ea WIN AL quaSTIONS
Kholadow, A.L. &nd,Q.V-JWAmr1n. Instrument for Nagauring the
Rat* of Twolng of Sfe-er- 6T5
sogdingia, I.*., F.L. 0A.-In. (I.I. lsm,olayev, and I. D.
alkalInakly. A Study of tho Notion of Petal and tba DjAtri%u-
tlGft Of AIIOYIng Xlemntm In Open-hearth Furnace~ 682
Card 2T/ 32
MUSORIII. G.V. . Insh.
Studying tha viscosity of synthetic sl&Cv in the reduction
period of the olectric amolting of steel. Tmdy Ural.politekh.
Inet. no.?5:1421-156 '59. (141RA 13110
(Steel--Blectrometallur#7) (Slag--Testing)
BURDAKOV, D.D.; MUSORIN, G.V.
Northern Urals as a source of matelnese ores for the Soviet Union.
Trudy Inst. met. UFAN SSSR no.7:21-22 161. (@gRA 16:6)
(Ural Mountains-Manganese ores)
APRAKSIN, I.A.j KOROVIN, S.S.; MUSORIN, V.A.; REZNIK, A.M.; RCI@FN-
A.M.
Extraction of nitric acid by tributyl phosphate in @ht,
presence of hydrobromic acid. Zhur. nPorg. khim. 9 no.5.,
1295-1296 MT 164. (M!F?A ,, @;
1. Moskovskly In8titut tonkoy khimlcheskoy tekhnolog'.1 am.
Lomonosova kafedra khimii i Lekhnologii redklkh 1 rasseyannykn
elementov.
SOV/155-5e-1 @_,- 13/70
1
AUTHORS: Teterin, F.211. of' Teel-nicaf
Sciences and lbu_-01
So m. i ns k:i@y @ Z. i@_a -r. r @, r tS. E rig i P. f- e r s
TITLE: The Production )-f --lLaycr 'Soldered Tubes (Proizvodstva
dv-usloyn,ykh
PERIODICAL: Stal' , 1058. 11 op '/22 - 72@@ (US,3R)
ABSTRACT: The proces. ;@f of t,.vo-lay@-r sOl-lor-, tilhoF ",'as
developed by TsYJ111',h';, P@t;,J tested on theSinarskiy Pipe Plant.
The tubes are MLde from a cold-rolled steel strii) co,.,tr,d
on both sides vitl' a thin layer of cop.@er. The edges of
the strip are bevelled and the strip is formed into a two-
layer tube semis with a close contact of the layers and
overlapping of edges (Figure 1). The tube semis are
passed throu-h an electric furnace, heated to a temperature
somewhat hiSher than the meltin- tem-perat-1.1re of copper.
The heatinE and colin,,, is done in a protective atmDsphere.
During the heatinco-, soldering of the 1a:jers alo-.1 tlie wlcle
contact surface takes place. Thus, the manufacturing
process consLsts 3f four main operations: copper coating
of strip, bevel cutting of edges, forming of strip into
tube semis and solderint@-. This kind of tube is bein-
0
Cardl/4 produced within a range of diameters from 6 to lc-- m_q. with
The Production of Twc-layer Soldered Tubes SOV/133-z;8-8-13/30
the wall thicknesses from 0.6 to 0.0. =_ Low-carbon,
mild steel @08) cold-rolled strip, 0.3 - 0.49 mm in thl-ck-
ness supplied in an annealed state in coils of a width
corresponding to the required diameter of tle tubes is usod
as a startinj@ ;,aaterial. The strip is electrolytically
coated with copper to a thickness of 44; 1 4 of copper is
deposited from the cyanide electrolyte and 3 @.; from an acid
electrolyte. The coatiaE process is continuous @Figure 2,
table). The speed of strip throuCh the electrolytic baths
varies from 2.8@: to q.65 m/min, depending on its .,iidth.
Cutting of edges is done in one pass nithout li uid coolin.-
of knives. The rate of cutting up to 65 m/min Nib--ures 3...
and 4), Forming of strip according to scheme shown in
Figure 5 is done on a continuous 14-stand mill (Figure 6)
produced by TsKKIT '.IsNIIThIASh at a rate of 30-45 m/min.
Formed semis are cut into a measured length (14 100 mm).
Lots of 30 semis are passed for solderinE in an electric
resistance furnace (Figure ?) consisting of two chambers:
heating and cooling. The temperature 0of the heating
Card2/4 ^ hamber is maintained at 1130 - 1140 C. The rate of
The Prod-.--ction of T-c-layer Soll'.r,?d Ti., -@@
SOV/155-C"8-8-13/3c
passage througf. thi@ I from 0.78 to 2.0 x./-in,
depending on the t,i- iL@neter. Protective atinosohere is
obtained f rom c1-1-@r,-i .,,:is -)r3ducer @ CO 31-3?0/o, 11%
'H CO:11 - 3).
4 0.2-0.716, haridity 7-10 E:lm In order to
C
retain a uniform c-J*'----'.---irutiar of copper orl the surface of
tubes durin-1 thr- latter are coated with a thin
layer of a special coai '-in,@ L!aterial (not specified) before
soldering. It ib L - . o 1 1,
- t1at the fflechanical properties -of
tubes are similar to tl@-,Dse of seamless tubes from mi-ld steel
(tensile strength 38-42 kg/mffi relative elonEation 24--@a/o
a-nd pass the hydraulic test accordinE-- to GOST 301-50). It
is pointed out that the process of -Toduction of the above
tubes is already introduced into practice. It presents
significant, technical and economic@dvantages in compa-rison
with the drai@iinL process. Such tubes can replace
Ca.rd3/4
The Production of Two-la,7er Soldered Tubes SOV/133-58-8-13/30
successfully steel seamless tubes as well as copper and
brass tubes, thus proriding a large saving of non-ferro@.-Is
metals.
There are '/ figures and 1 table.
ASSOCIATIOIT: Ts:IIIChl! and Sintar-skiy trubnyy zavod (Sina7-`--Jy Pipe
plal-A )
Card 4/4 1. Pipes--ProductioL 21. Steel--Coatings 3 Furnaces--Appii-
cation.;
TITERIN, P.K.; 14MGM. Yu.T.; MUSORINA, I.Ye.; TRIFOIIOV, Ye.A.
Designing rolls for rolling-off and grooving mills ased in
diagonal rolling. Sbor.trud.TWIMEK no.16:215-226 '59.
(K BA 12: 5 )
(Rolling (Netalwork))
TZMIN, P.K.; KLYA14KIN, N.L.; HUSORINA,, I.Ye.
Organizing the production of two-ply welded pipee. b-bor.
trud.TSIIIICM no.16:241-250 159. (MIRA 12:5)
(pipe, Steel)
PATWV. Ig.14.; TWARIN. P.K.; MARKIN, N.L.; MUSURIM, I*Te,
Designing roll@ for shaping two-ply pipea. Sbor.trud.
TSKIICM( no.16:251-268 '59. (HIM 12:5)
(Rolle (Iron mills))
MUSORINAt I. Ye., Cand Tech Sci -- (diss) "Research into the process
of forming double-layer pipes and the development of methods of cal-
culating the calibration of beams." Moscow, ZM-etallurgy Publishing
Hous.27, 1960. 14 pp; (Main Scientific Research of Design under the
Gosplan USSR9 Central Scientific Research Inst of Ferrous Metallurgy);
110 copies; free; (KL, 22-60, 138)
FUKSI I.M.; :VALEYEVA, F.N.; POPKOVA, F.V.; VOLKOVA, L.P.; BELOGOLOVSKAYA, T.A.;
ROMASHKEVICH, I.K., PrInImali uchastiye: MOROZOVA, L.M.; DASHFVSKAYA,
B.I.; VAKIININA, L.S.; KARAVAYEVA, G.V,-, IVANOVSKTY, A.K.; a'.'jKH.'N'A,
G.Ye.; 30LOVI EXA, G,M,i ANDRIYANOVA, M.V.; AKHW;CVA, V.M.;
NFMIROVSKAYA, Me.; MUSORINA, L.S.; KALASIMIKOVA, Ye.I.; FESHKO,
A.P.; IVANOVA, N,V.; ALUSEYEVA, N,I,; SADOVTIIKOVA, rs.N.
Study on the possl-l,llity r)" reducilng the diphtheria vac-ine ;!,),ge in
revaccinati,,n of I-) @o 112 yr@Ar-old schooLchildrHn. Zhur. mikroblol.,
epid. i immun, 41 f6g. (MIRA lq.,5)
1. Ufimskiy institi;t vaktsin I imeni M--chn'lkova.
5W SOV/-)4-59-'-12,,c2r,
AUTHORS: Zakharlyevskiy, M. S . Mu8orok, Ye G , Yakubov, Kh V
Lentovskaya, V. A.
TITLE: Oxidation Potenzial in Solutions of Indigo Dyee (Okisl'-tel niyy
potentsial v rastvorakh kubovykh krasiteley)
PERIODICAL: Ve5tnik Leningradskogc universiteta. Seriya fizik:, i khamli,
1959, Nr 1, PP 94-97 (USSR)
ABSTRACT: The oxidation potential in a redox system may be determiner! by
RT sOK
the following equation: 'fo - nF ln a Y. in a +
Red H
This equation reflects the dependence of the
T (,P0 - regular oxidation potential) on the activity of the
oxidation form (.a Ox ), and the reduction form (a lied ) F - Fari-iay
number and a a coeffi-cient, which takes multiples of the value
1/2.(RT/F) in dependence on the proteolytin equilibr1um in the
system. On assuming the activity coeff:.clent to be equal t- cne
and with a constant pH, in add-.tion to introducing 1nto equa-.iTr.
Card 1/3 (2) the numerically computed coefficientg, the expregniong for
Oxidation Potential in Solutions of Indigo Dyes SOV/54-59-1-12/25
the oxidation potentials assume the following form:
0 + 0.0001 T lg COx 3) + 0 000' T Ig '4)
TF , d CRed
Equation (3) holds for the case of a variable activity of the
oxidation form and equation (4) holds for a constant activity
The present paper deals with the investigation of the applica-
bility of equations (3) and (4 ') upon indigo dye solut-.ons In
this connection, the authors investigated the dependence of the
oxidation potential on the ratio of the oxidation- and reduction
form concentrations in the indigo dye solutions: indigo red
"kkh", indigo gold-yellow "zhkh", indigo light green "zh", and
indigo blue "o" In the indigo dye solutions, in which the
oxidation form is colloidal, a linear dependence of the oxida-
tion potential on Ig C01- was found; the inclination anFle @,f
_@Re d
the straight lines obtained, however, is somewhat smaller than
the one obtained by theoretical calculation. There are 2 figures
and 12 references, 3 of whJch are Soviet.
Card 2/3
ZAKHAROYF,VSKIY, H.S.; MUSOROK. Ye.G.; YAMOV, Kh.M.
Analysis of the vat dyeing process in laboratories.
Takst.prom 20 no.10:43-45 0160. (KIAA 13:11)
(I@res and dyeing)
I
,,',TJSOSTOV, M.B. , insh.
Constructing precast reinforced concrete tanks. Flats.1
lsobr.,nredl.v strot. no.12:4-9 159. (MIRA 13:5)
1@. Stroitel-no-montazhnoye upravleniye No.10 tresta. Vostok-
spetanefteatrov Ministerstva stroitalletva RSFSR, g.Kuyb7shev
oblast', Samrskaya ul., d.170.
(Tanks) (Precast concrete construction)
'Y
--,-t.77777777777TT7@@
-)2.0-0 AP-7000751
1'1-/ r, r -67-6@7
ACC NR: 66i Q 073-FO
scvlc-@7 COD7: Ua/ 02
MUSOYAN V. Kh. Mathematics Institute im, V. A. Steklov, Academy of Sciences
kvatematieheskiy institut All SSSR)
Analytic Continuation of Functions Approximable by Dirichlef Polynomials
i'(presented by Academician M. M. Dzhrbashyan, Armenian Academy of Sci nces,
i2l Aug., 1965)
1Yerevan, Doklady Akademit Nauk Armyanskoy SSR, Vol. 42, No. 2, 1966, pp 73-76
ABSTRACT: Let A)/* ... be a sequence of complex numbers and
MI, m2 a sequence of positive integers. The article concerns
t , ***; fm
the system o unctions
Alz z zm@-l A'z
e , ze e 1, 2,
The author assumes that it is incomplete in metric C on the segment of
the imaginary axis -qij qi] (0 q and forms the sequence
qR A
1, 2,
F. (z) P., (z) e 0)
of finite linear combinations.of funct-ions-of the given system.
IL(7-rd- 1/2
7
L 0520o-67
ACC NR-. AP70-00751--------
It has been shown by L. SCHWARTZ (Etudes des Sommes d'Exponentielles
@1959, Actualites Scientifiques at Indust.). that if all Xy are real number.5.
qi qi and its limit funct4on
'm sequence (1) c(@nverges uniformly on [ I
jFt) is regular on segment E - qi, qi], then F(z) is regular on the entire
iimaginary axis, If 'A are complex numbers, then without supplementary condi-
itions for sequence (il it is impossible to assert that F(z) will be regular on
.the entire axis. A. F. LEONTIYEV has proven that if sequence (1) converges
uniformly on any finite interval of the imaginary axis and limit function F(z)
,is regular on segment qi, qi], then the function F(z) is analytic in a
;certain vertical zone.
The author notes that if LEONTIYEV's reasoning is followed, the follow-
1:'ing result might also be obtained: Let sequence (1) converge uniformly within
ithe finite interval of imaginary axis (ai, bi), a < - q, b > 9. If limit
function F(z)-is regular on [ -qi, qi], it is also regular on interval (at + qui,
bi - qi). The present article shows that.und-er these conditions function F(z)
will actually be regular not only in the interval (at + qi, bt -qi) but also
in the interval (at, bt). The author notes that the proof for this makes use
iof a generalization of a result of L. SCHWARTZ but is not alven because It Is
:too cumbersome. This paper was presented by Academician AD] ArmSSR 11. 11. D71irbaslayan
on 21 Au-ust 1965. 'Ilia author thatilts A. F. Loontlyev for formulating the problem an6
or his assistance. Orig. art. has: 4 formulas. @J,?Tts: 37,3307
T0 'L@G'S: Dirichlat problem, polynoT--iial
coDE-. 12 / suim DAVL: none / OUG IZEF: 002 / OT11 REF: 002
Ir-4 2 / 2 vmb
KUS' PAN, P.
1:'14
The TU-600 radio reception and rediffusion center. Radio
no.6:19-22 Je 154. (KLRA 7:7)
(HAdio-Transmitters and transmission)
05915
6(4) SOV/107-59-7-18/42
AUTKR@ Mus'pan F.
TITLE-. The "KRU-40" '@ebroadcasting Station
PERIODICAL! Radio, 1950., Nr 7, pp 17 - 19 (USSR)
ABSTRACT: A Gold Medal was given for the "KRU-40" rebroadca'stinr
station at the Brussels World Fair. 1he transic.torized
apparatus is designed for operation in rural areas.
About 200-400 loudspeakers of type "Sever" or KO
piezoelectric loudspeakers may be connected to one un:Lt,
The receiver has one long wave, one medium wave and
three short wave bands. The sensitiV4ty in all ranc@7es
is not less than 50 microvolts at a signal-to-noise
ratio of 20db. The i-f frequency is 465 kc. The pass
band of the amplifier is from 100 to 5000 cps, its
nonlinear distortion is below e%. The circuit diagram
of the amplifier is shown in Figure 1. Transistors
Card 112 P6D, P6V, P8A (three) and P4 (two) were used, The
05915
30V/107-59-7-18/42
The "KRU-4G" Rebroadcasting 'Station
station consists of different units which are mounted
on one metal bay of 5lOx3OOx'-)8O mm, having a weight
of 25 kg. The output, and the antenna panel are built
as separate units.. Iower is supplied by 6SIIII-68 bat-
teries, ?4-'6 volts.. Voltage drops of 2M,' do not
affect the oper3tion, The station is equipped with a
generator driven by a VE-2 windmill@ There are 2 cir-
cuit diagrams, I diagram and 2 tables.
Card 2/2
MISS names rith double s, see also LIUSZ--
MUSSA, Brakham
Trade-Unions - Algeria
Growth of the trade-union movement in Algeria. Vsem.prof.divzh. no. 1,-, 1952.
2
9. Monthl List of Russian Accessions, Library of Congress, Octohar 195@, Uncl.
SOV/109-3-8-3/18
AUTHORS: Gel'berg, A., Iosifesku, B., Komsha, G. and Y1u'-
TITLE: Investigation of the Temperature Dependence of the
Function of Metals (Issledovaniye temperaturnoy zavisi-
mosti raboty vykhoda metallov)
PERIODICAL: Radiotekh-nika i Elektronika, 1958, Vol 3, Nr 8,
pp 1000 - 1004 (USSR)
A-ESTRACT: A description of the method of measurement of the -ork
function is Liver and some experimental results are
reported. The method .;as first proposed by Lukirskij
@Refs 2, 3 and 4). The method permits the re-2.sureEent
of the contact potential difference of two substances,
i.e. the difference between their work functions. Since,
in this work, the aim was not the determination of the
absolute value of the work function but its variatioa,
the method was -oarticularly suitable for the measurerent-c.
The experiments were carried out by means of a special
tube @FiCure 1) which consisted of an electron @-u'n of the
Lyers type (Ref 6) and of a target in the form of a
hollow cylinder. The electron 6-an was furnished with
a fine focusinC arrangement which was situated at a
C rdl/4 distance of about 2 cm from the target. Ttie tarEet
V/ 10--@- 3-F..- 3/ 1P)
Investi@,F,tion of the Temper,@,ture Dependence of tLe WJrk Functi.or, 'if'
Metals
(FiF,ure 2) ras made of metal plate havin- a t.hickness
G" 0.1 mifi and was fitted with a hecter; this arrangeLent
e:,.sured t.'-,P- equipotentiality of t1'e target s,irface. III
eater )f the target v-as riade of a double-lelix, t,.in-stcn
wi@-e , so as to re-6uce tI e !jja6netic field due to the
heater currert. The heater vias used not onl.7 for raisinL
the temperature of the tarCet but also for tl.e de--Las,-J,@
of the systeR.. Tl@r- -'Lnternal walls f tl@-@
tube were coated @.,ith a colnductinC lly2r
a @,otential of the last anode (Fii.ui@e 1). T I
of tll-.e tube. v.-erc QoorouChly de-p_a@sed and, after
off the rressui-e inside the tube wa@, red---iced t-, a'D-D,@J
-10 mL,Hg bj i.,@eans @,f two ionisation-t,7-e
measuremeitts v.,ere carried out in t-',--e circuit ii@,
Figure 3. Since the neasurements had to be i.@ade at, a
cunstant te@perature v.,ithin a tempTature ran@@e :)f
0
20 - 1 000 C, the temperature of the catla3de v.-as con-
trolled by measuring its resistance by neans of tl--e
Card2/4 Thomson brid6e. TL e cur-Tent at the target was
SOV/10P-3-8-3/18
lf.vesti@. tion of the Tezir,,@,reture Depenjence of t@.e Woik Functi-)n
Ide tals
by means of a galvanometer having a seLsitivity of
4 x 10- 11 A/division. The measurement of the contact
Dotential difference was as follows: the current-vcl'U-@,-,e
characteristics were plotted on a semi-loEarithr-ic scale;
in the region of small currents, the graphs could be
approximated by straight lines. Also, for each temperature
a current curve was determined and its intercection with
the straight line was found. From this, it was possible
to determine the contact potential diffeience. TIe
error of measure@rrt of tI-e contact potential dif"erence
,vas about 5 x 10 V. The experimental results are
in Fi-ure 4, which represents the work function for a
molybdenurr target. The 'dashed' curve in Fi.r-Uj:,E@ Li
represents the direct results of the measurements, %Qile
the full curve represents the values of the work functi---)ii
after correction; the cor:@ections were evaluated by
talczing into account the variation of the electrocLemical
potential of tLe system. The results represented by
Fi[,ure 4- should be re6arded as preliminary and it is
Cqrd3/4 intended to give more accurate values in the near
SOV/109-3-8-3/18
Investigation of the Temperature Dependence of the Work FunctJon of
II.Ae ta 1 q
future. The authors express their deep gratitude to
L.N. Dobretsov for his interest in this Tuork.
T@.ere are 4 figures and 9 references, 6 of which are
EnElish, 2 Gprman and 1 Soviet.
k&)CCIATION: Institut atomnoy fiziki Akademii nau'r-_ R.'-,-R, _'-u"kharest
@Institute of Atomic Physics of the Ac.Sc. -Iif t-*-e
Rumanian People's Republic, 'Rub.harest)
S_@M Y-IT'7ED January 29, 1958
L 'Yior? fulictions--Measurement 2. 'viork f@zwtionp--I'emperature
C,3 - d 4/4 f ac tors 3. Metals--Properties 4. Metalf:--Testing equipment
HUSSAYU, S.E.
Proppects for finding oil and gas in Mesozoic sediments f
Dagbastan.,Trudy Geol.inst.Dag.fil. AV WSR. 2t25-38 1-46
(MMA 15912)
(Daghostan-Petroleum geology) (Daghestan-Gas, Natural-Geology)
MUSSAMP S.E.
Oil and &a potmtials of Upper Gretaceous and forau#ifwms
,In Dagbestan. Trudy Geol.inst.]Dagofile AISM ,
serU-
223 56 top" (MIRA l5sl2)
(estan-Petroleum geology)
(Dagh.estan-Gas, Natural-Geology)
MUSSAM S.E.
Istjou,, a tiev promising oil-bearing area
inst.Dsg.f;LI. AN SSSR 2:814r/ 160,
("*hachkala region-Petroleum
in Daghestea. *Wy Geol.
(MM 15:12)
geology)
MAGATAUV.. K.S.; MUSSAIEV, S.S.; MIHZOYZV, D.A.
Development of foological prospoetW on the plain of northem
Olighestar, Trudy Gool.imat.Dagefil, AN SSSR MS-W 160,
(MIRA 15s12)
(Daghostan-Prospeoting)
MUSS ELIUS-TUGOTXn;&9SXAT*t V. A. Cand Biol Sci -- (diss) "Infections in bream#
and their effect upon the orgftnism of the fish." Mos, 1957. 16 pp (Mos Tech Inst
of the Fish Industry and Economy im A. I. Mikoyan), 150 copies (KL, 4-5t, 821,
-17-
HUSSELIUS, V@A.
Botbriocaphaliasl* in pond fishes. Trudy say. Ikht.
kom. no.14:220-224 162. (KIRA 15:12)
1. Vaerossiyakiy nanchno-isoledovatellskiy institut
prudovogo rybnogo khozyaystva (VNIPRKh).
(Parasi-tes-terp)
(Tapevorms)
MUSSLER9 R.
MUSSLER, R. Sore problems of greater productivity in working materials. P. 113
Vol. 89 no. 3. Mar. 1956
TECWCKA PRACA
TECHNOIDGY
Bratislava, Czechoslovakia
So: East European Accession Vol. 6, no. 2, 1957
IZVIV, Ya.V.,- n1-5-m- L 1L. G -
Inatrt=ents for radiological clinics. 14ed.rad. no.1:73-82 '!'7,2.
(MIRA 15-1)
1. Iz Nauchno-issledovatellskogo instituta eksperimetallnoy
khirurgicheskoy apparatur7 i instrumentov.
(RADIOLWY, MEDICAL-EQUIRI&T AND SUPPLIES)
FARIZOVf 1.0.; MEDOM, A.I.; MAKSIMOV, M.A.; MASLOV,
BOGDANCHIKOV, M.N.; VAREVTSOV, K.H.; AVARIY, V.Ya.0 oty. red.;
POLIA99 A.A., otv. red.; TRIVICH9 F.A., red. izd-va; VOUOVA,
7979, telft. red*
[Agrarian-peasant question in the indeperdent underdeveloped
countries of Asia; Tmdiav Burma, Indonesia] Agrarno-krestlianakii
voprov v suvPrewifth slaborazvit-ykh otranakh Azii; Indiia, Birm,
Indoneziia. Koskva, 1961. 353 P. (MIRA W6)
1. Akademiya. vauk SSSR. Institut mirovoy ekonomiki i mezhd naradnykh
otnoshenii.
(Asia, Southeastern-Agriculture-Econamic aspects)
MANUKYAN, A.A.; RYDVANOV, N.F.; BELOUS, T.Ya.; SVIRIDOVA, Z.P.; CHEBOTAREVA,
Ye.A., SHUVIiIIN, V.I.; PUDINA, K.V.; LUTSKAYA, Ya.Ye.; BRAGINA,
N.M.; SANDAKOV, V.A.; MUSSO, S.; ZABLOTSKAYA, A.I.; VDC-VICHENKO,
D.I.; "IRKINA, I.Z.; MOFENO, I.;,@IDOROV, V.F.; !-'CKLYARSKIY, B.I.;
GRECHIKHIN, A.A.; KOSOVA, V.A.; IWLIKOV, N.I.; Z]iDAN('jVA, L.P.;
ROZENTALI, Ye.I.; PETRANCVICH, I.M.
(Economic conditions of capitalist countries; survey of ecpnomic
trends in 1961 and the beginning of 19621 Ekonomicheskoe polo-
zhenie kapitalisticheskikh stran; konliunkttlrny-I obzor za 1961 g.
i nachalo 1962. g. Moskva, Izd-vo "Pravda," 1962, 157 p.
(MIRA 16:9)
1. Sotrudniki kon"yunkturnogo sektora Instituta mirovoy eko-
nomiki i mezhdunarodnykh otnosheniy AN SSSR
(Economic history)
SAMPIC, L, I, ; MUSITA, M,
Derivatives of -t-,e 2-11-ill:@h2oropheroxyacetlc acid. -P,,l -' -@ @ --, -*
Talin Tim 9 no.1@41-44 Ja-Je 764.
1. Submitted JanA 8, 1964.
WITI.-Cscu, Tudor (Bucura,3tl); (htliiil)
V.V.
POI-A, Eu,,en (las-4); Z,@:FIICS',L, 'Purlor; D,--n
Jo,rSCU-TIU, C.; a-11.3i,", Vla@' (Crai--va); i!AI.UT--. !on (7:.- isoa-ra,;
VIISTAY Stefan (bra-lec,); o.':.U)Ali, 3. (Bacati) ; PET-71i@3311, F. Anastasi
(Craiova); I;JSZTI'li, @lh. (lJucurc;sti); D.-JiiZAIM-3CU, V.
SOIV!(! prol)13:%@I. r@at J 11) lo
R/009/60/OOC,/003/002/003
A124/A126
AUTHOR: Musticescu, Erika, Chemist
TITLE: A simple method for the determination of boron in steels
PERIODICAL: Metalurgia @i Construc;ia de Ma.@ini, no. 3, 1960, 244-246
TEXT: Subject article is the publication of a paper presented at the
Session for Scientific Communications of the "ICEM" from November 3-5, 1959. The
work was accomplished at the Laboratorul Central de Analize al ICEM (Central
Laboratory of Analyses of the ICEM), together with the technician Irina Pincu.
The determination of' boron Is more difficult than the determination of the other
elements of steel. These difficulties and some generally employed methods of
determination are briefly explained. A quick and simple method was worked out
at the ICEM Laboratory. It is derived from a Soviet method of determining boron
in ores with a 0.01 - 0.5% boron content, and is based on the property of the
"mannitoboric acid" to separate iodine from a iodate-iodine solution. The
separated iodine is then colorimetrically determined. First the steel chip is
de-aggregated in hydrochloric acid and then boron is separated from the iron and
the alloying elements by precipitating them in sodium hydroxide. The operation
Card 1/2
R/009/60/000/003/002/003
A simple method for the determination ... A124/A126
procedure and the plotting of a master curve are described. The method was
checked by artificial samples being added to a steel not containing boron, and
passed through all phases of the analysis. Thus, an Identical curve was obtained.
Up to now, boron was determined in 32 steel charges. The method described is
simple, economical and fast. Errors owing to the composition of steel, water,
reactives, or equipment are compensated by the fact that the samples used for
comparing represent half of the analysed ones. Errors, resulting from the
presence of iron and of the majority of the alloying elements are eliminated by
previously separating them with sodium hydroxide. The duration of a double
examination is 5 hours. There are 3 tables, I figure and 11 references:
5 Soviet-bloc and 6 non-Soviet-bloc. The reference to the most recent English-
language publication reads as followsz. B.I,S.R. Methods of Analysis Committee.
"T'he Determination of Boron in Carbon and Low-Alloy-Steels" - Journal of the Iron
and Steel Institute; July 1958, v. 189, part. 3.
Card 2/2
L 46o68-66 T/D)P(t)/FTI IJP(c) JD
ACC NRt AP6034181 SOURCE COM RU/0017/66/000/003/0154/oi56
AUTHORt Moralt, M. (Chemist), M-As+acescu, 61r,'KCk. @CAt*M/@-O
ORG.:
@Otallurglcal Research Institute kInstitutul do Cercetari Metalurgice).
TITLE: Tentative establishment of soine correlations between the electrolytic
solution method and the t-.iotnllo&rap!-,Ic riothod of determining non-Metallic Inclusions Ir
steels
SOURCE: Metallurgia, no. 3, 1966, 154-156
TOPIC TAGS: nonmetallic inclusion, -i-t- Ilogrr.-,:iy
(Authors--"- En-gliah eummary modified 1: The authors
ABSTRACT:
conclude from their tests that it is possible to establish a definite
correlation between the results obtained by the two entirely different
methods of determining nonmetallic inclusions in steel; th13 also,
confirms the objective nature of both-mathods. Orig. art. has: 1 figure
and 5 tables. JJPRS 36,867]
SUB CODE: 11 / SUBM ZATEs none I ORI.-, aF: M2 / OTH RF.Fz none
SOV REF: 002
4.-539.2-9.11620.1a 17
i-;UST.tCHKOVA.I a.
"Successes of the Hospital i-n Vulchedrum, Lm, Okoliya,." P. 3,
(Zijib@.ITEN FrWNT, No. 40, Oct. 1954, 6ofiya, Bulgaria)
3U: Monthly List of Ea5t European Accessions, (E&-L), @Z, Vol. 4
No. 5, May 1955, Uncl.
MUSrAFA, M.
Caloulation of transversal vibrations of shaft. p. 29. MLVALURGJA Sl CONSTRUCTIA LE
MASINI. (Iftnisterul Industriai Metalurgice al Constructillor do Masini si Asociatia
Stiinitiftes, a Inginerilor A Tec&Aelor) Bucuresti.
Vol. 8, no. 4, Apr. 1956.
SOURCE: East European Acessions last, (EEAL), Library of Congress,
Vol. 5, go. 11, November, 1956.
f,
117 1- I@a@.
- t -
. i:l .I. i,,: '! 1 f -,L -1 -.,.: I i 1,71.1 ; 1. - I . . - !..
.. " 1, -, 0! 1 , 1 1,,- -; on @ r @! , 1 @
- -17:@- 1 .-- I
. A: " '7,. i . @ -!.,- * :; , "c,!. . . :,- . ' ' @ r,-,. '
. - I q .1 .. .- . I
-11 ;' - @- !-@'; .- . . .%-r, , , -, . - -, - ..- . . . -
- : . 0 t, . 11 1 '1 . . 1, 1 "C, r . .. . - r. ; , : - I . . . -
25(2) RUM/9-59-9-8,1/49-
AUTHOR:
R . _14 u @ t a f a
TITLE: The Influence of the Bushing Material on the Operation
of Friction Bearings
PERIODICAL: Metalurgia 91 constructia de mayini, 1959, Nr 9,
pp 773-785 @RUM)
ABSTRACT: The author presents the results of tests made at the
Institute of Applied Mechanic-s of the Rumanian Aca--
demy to determine the influence of a change of the
volumetric properties of a lubricant-bushing couple
on the operating conditions of the bearing. At the
same time, the study referred to the verification
of the influence of the pressure of the lubricant.
The testing apparatus (Fig 1) is composed of the
bearing testing machine and the device 7for ".-he meas-
urement of the excentricity of the journal within
the bushing. The measuring device was conceived and
designed by the author, and built by I.O.R. The test-
Card 1/5 ing machine is composed of a bushing freely mounted
RUM/9-59-9-e/ 4 6
The Influence if the BuslAng raterial on the Oper,@tion of ?riction
Bearings
on a shaft driven b@,! an electric motor. The shaft is
supported by two roller bearings in the casing of
the machine. The load is transmitted to the bushing
through a roll. The load is made t-hrough a system
of levers, a spring, and a vice. The device for the
measurement of the excentricity (Fig 2) is based on
an optical system. A light source is fastened at
the upper part of the bushing. Its light falls on
a glass plate with an engraved reticule, rigidly as-
sembled with the bushing. In the face of the glass
plate there is a microscopic device. The ocular sca-
la is so designed that it allows the determination
of the position of the glass plate reticule at any
point. The tests were made on the following Ruma-
nian made materials, a lead bronze alloy, a ZnAl Ca
alloy, white metal (Babbitt), lognofol, press mast.
The journal was made from the same steel for all
tests (standard steel OLC 16 cemented, hardened and
Card 2/5 ground) the properties of which (according to 3TA '@/
RUTA/9-59-9-8/46
The Influence of the Bushing Material on the Operation of Friclion
Bearings
880-49) are given in Table 2. The lubricant used was
oil 410 @3TA@3 751-49, the characteristic properties
of which are presented in Table 3. The variation
of the viscosity, based on data made available by
IMAI is presented in Fig 3. The bushings have been
proceused by oir,%pln ttirning and grinding of the work--
ing surfaces, excepting the press-mass bearing, which
was obtained by pressing, without any machining of
the working surface. The mechanical characteristics
of the journal-bushing system are presented in Table
4. The testing conditions for all materials included:
lubrication under pressure, in close circuit. The
oil entry to 0the bushing waB made by a channel-open-
ing with 180 advance to the point of application
of the load. The oil outlet was at the end of the
bushing. The specific pressures varied between 0
and 40 kg per cm2. The speed in the tests was 680
and 1,460 rpm, corresponding to a pcripherial speed
Card 3/5 of 1.29 and 01.7 meter per second. The wear-in criter-
P-11,
RUM/9-59-9-8/46
.on
The Influence of the Bushing Material on the Operation of Fr4C-
Bearings
ium was that of thermal stability. The measurements
extended to the relative position of the joLirnal in
the bushing, the flow of lubricant (q ), the average
temperature of the lubricant at the oElpt Crom the
bearing. The results of the measurements are given
in the Figs 4-18. The measurements were made for
the three values 'v= 0.139, 0.278 and 0.55. The
exact value of the loading coefficient ,,rl = pm@P2
was determined for each position. By ..r
measuring on the figure the value of the @,A)
corresponding relative excentricity, the curves
f (;-,.) were drawn. A is the relative excentricity
The analytical expression used for determining
t e friction coefficient is included. In Fig 22,
the graphs representing the wear of the five bearings
from different materials is given plotted against
the temperature. The influence of the feeding pres-
sure, of the lubricant channels and of the bushing
Card 4/5 materials is discussed. Finally it is concluded that
LI-11
RUM/9-:59-9-8/46
The Influence of the Bushing Material on the Operation of Fr-_':@@:ion
Bearings
the geometry of the opening and the feeding pressure
have an appreciable influence on the flow of lubri-
cant; the influence of the material is felt in the
current operatiori conditions of the bearings (X> 0-79).
It is pointed out that for more clarity, a physical
study of lubrication is necessary, to complete the
hydrodynamic theory and to obtain a criterium of
estimation of the material factor. There are 29
graphs, 2 photographs, 7 tables, and 4 references, 2
of which are German, 1 Rumanian, and 1 Soviet.
ASSOCIATION: Institutul de mecanica aplicata al Academiei R.PR.
(Institute of Applied Mechanics of the Rumanian Aca-
demy) k_1
Card 5/5
Globoid -,,,om, @ears; teometry @@:nd wawing. p. 118.
I,i AIJjHGLI, 3 UNSTRUCTIA RE 1-13NI. -r!di..3tr'e-' Net.@Iur@ @ce si C,nstru-
I ET -L @ , k
ctii1or de Masi-ni si Asociatia 3tiinti-fica a InCinei-ilor si "rehnicienilor (Iin
Romlnia) Bucuresti, iiumania. Vol. iC, Apr. 191;9.
P
Monthly li3t of &ri@it Euro,,-,,ean Accessicris (-ilii) Wlt@11-
Uncl.
USTAF@, 'I.
Selection or a svstem j "it.3 -r, rrpss(,d i@)iits -*-, cl)r,@'@-marc w@ t,11 ti,e
State Standard s-stem. p . 58.
q-7TTSTA "ir-STRITCTTILO@@ :7T A
.rhni-i erilor din Rominia gi "i n-@ .9te-il
Stiintifira a Inrinerilor 34 Tp
"onstructilor si al '-!arer,mI-?)r)r 1, Corqt-rti!) Fliivirr?sti, ---'@:--ania.
Val. 11, no. 2, Fe@,. 1'-59-
Vonthlir Ust of '@ast Di-orefir. Ac-psci-)ns f7'7.AT) Tr, 1101. @, n-). I, Junn I' 1@0
.Tncl.
I-TSTAFA M,
On the standardizatior of the layer thicki.ess of ai.tiffriction alleys. p. -126.
)T.IjTD@rRDIZATZT7A. (Oficiul di Rat pentru Randarde sl ^Ioi;itrful Electr@)tehnlc
Romin) Bucure-iti, qwLani.-@. Vol. 1-1, no. 7, July 1959.
Monthly list of East '7@iropean Acceqzions (1-7 AI) LC Vol. 9, no.2
Feb. 1960
Uncl.
of, t@.n n @I -1. - nf t ri e In n e-
'r -AT
r s a tj ri,, c L n T s
t
--!CnrIci,! i1or diri F uc .-Irt::i L-IF
V'l
:.Icnthly list. of L-lost -m-an 'r voi. 1,-2 er
MUSTAFA, Mustafa R.. ing., candidat in stiinte tehnice
,-
Selection of the relative play in calculating solid bearings.
Constr mas 15 no.11/12:751-757 N-D 163.
J, @:
rluo I I@i 71 . . - I @ @. -i, mi; V'- :LIC.-., Ghecrghe
MANEA,, 'Ine,)rg@ie; M)TPLF", ', m .
f---- -- -.- - -
A.9jects of @"e berlsv--ir -, pcly@arnide a3 bl-anIng f,,;-
bearing mate.--4als. Buj Inst Folite- 26 no,1:79-98 Ja-F ",")4.
1. Chair of P-Irts of Ma@-nint'Ep insLitute, Burharest.
ST-MIC, BaS.; PANTAZIJEVIC9 Do; MUSTAFA. So; PETIROVIC, F.
p
Collective feeding of miners in the "Trepca" mine and foundry.
Higijenap Beagr. 12 no.2/3:198-210 6o.
(NUTRITION)
MINING)
CALIMCEPCO, N. ; COZIETA, L". ; MUSTAFA, V.
of ro,;-] 'Ind '--I
3tudii fL7. 1-lisi I!. r. ..-:357-.1,- ' - 1 1
SHAPIRO, Ye.A.; 7J=OVSKIY, Ye.S..@_IWSTAFABHKOYA, A.A.; MIKHAYLOV, N.D.;
KOHILYANSKIY. A.L.; KOYONYKHIN, A.G:.; EPSMYN. R.R.; KARPINSKIY,
T.F.; DATY'WVA, B.T.; TROITSKIT. V.I., red.; GCRIKOVA, A.A..
vedushchiy red.; FIDOTOYA, I.G., takhn.red.
(Batablishing standards for material consumption and stocks in the
petroleum industryj Normirovanie reakhoda I proizvodstvannykh
sapasov oanovnykh materialov v neftianci promyshlennosti. Moskva.
Gos.n,guchno-takhn.izd-vo neft. I garno-toplivnoi lit-ry. 1959.
252 p. (MIRA 12:12)
(Petroleum Industry--Standards)