SCIENTIFIC ABSTRACT MILMAN, TS. M. - MILNER, B. Z.

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SCIENTIFIC ABSTRACT
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UM/Chadstry, Colloid - Rubber, Jul/Aug 52 Carbon Black "Structure and Properties of Rubber Compositions Containing Fillers. IX. Modifications of Carbon Black Structures as a Result of Multiple Deforma- tions," K. Pechkovskaya, Ts. Millman, B. Dogadkin, Sci Res Inst of the Tire Ind "Kolloid Zhur" Vol XIV, No 4, pp 250-259 By measuring the elec resistance of various types of rubber (natural and synthetic) contg channel black, furnace black (Kosmos-40), burner black, or "thermic" black, detd the effect of mech stressing 225T12 of rubber on the carbon black structure. Estab. lished relationships between the data found and the properties of carbon black particles as detd from electron-microscopic, thermodyraL-ic, chem, and other data. MT12 - KILIM, TS.H.; SIDIMINIKOV. A.1. Machine for rolling pipes. Suggested by TS.K.Millman, A.I.Sidellnikow. Rate. i izobr. predl. v strol. no.15:48-49 160. (MM 13:9) 1. Rabotniki makhanichaskoy masterskoy Kiyevskogo spetsializirovannogo upravleniya No.23 treata Nomtekboontash-2. (pipe, steel) KI TXL-1OV, P.S.; GAMIDZADE, G.A.; MILIMI, V.M. j Industrial production of "Azolate-A.~' Izv. vys. ucheb. zav.; neft' i gaz 3 no.12-.121-123 160. (MIRA 14:10) (Benzenesulfonic acid) MILIMAN., V.D.,- MYSHKIS, A.D, Randm ahooko in linear dynamic s7stew. Pribl* xetod. resh. diff. urav. no,lz64-81 163 (MIRA 18s2) MILIMAN, D.P. (Odessa); MILIMAN, V.D. (Kharikov) Geometry of inclusions with empty intersections. Structure of a unit sphere of nonreflexive space. Mat. sbor. 66 no.1:109-118 Ja 165. (MIRA 18:4) MILIMAN, V.D. Some properties of unconditional bases. DokI. AN SSSR, 162 no.2t 269-272 Yq 165. (MIRA 1815) 1. Fiziko-tekhnicheskiy institut nlzkikh temperatur AN UkrSSR. Submitted January 25, 1965. j'J39'Q2_66'__ -9W -.Cd-) UPW :SOURC9 CW~ 5,77(wU7317/01142, IACC NRs AFbU1 1422 AUTHORSs '~'Koncnimko# A. -I.;.Uillmang V..D. ORG-.. Physico-Tsobnical' Institute for Low TeMeratureal Acad2EZ of 86ioncest McrSSR (Fiziko-teMnichesEy Mt1tut nizIdIch temperatur Akademi:L nauk UkrSSRJ TITLE: Numerical method for finding asymptotically stable solutions to a system of ordiB!Hz differential eqp~~tiom .SOURCE: AN SSW. Dokladyg.v. 167t no- 49 19669 739-742 -TOPIC TADS: ordinary'differential equation# asymptotio.propertyt numeria analysis' ABSMCTs Awjmptotically stable solutions are searched for the-system of ordinary. differential equations given by The goal-is to find the algorithm for the asymptotically stable solution in the domain Gp'or. ily The proof is carried out by showing that-a"Lyapunov function F(ttz) exists for the 'Above system with the following propertiest.-a) a coutinuous function W,(X) exists such that 40) -Wi 0; at j4 (i) (3) 'WAS01. 5"V it Wi 'Where 6i 0, 1/2 UDC1 -5181517691/941 - - . I . . . : " . ~ , I . . . . . . I t , ~ z . I I . ; 1. . . , . I : . I ~ . . 1. 1 - . : - --l- -3 q 0 0 AUTHOR: TITLE: PERIODICAL: 3483,9 3/020/62/142/005/008/022 B112/B102 Millman, V. D. 00~ - - - Transformation operator for Sturm-Liouville differential equations in the non-self-adjoint case Akademiya nauk SSSR. Doklady, v. 142, no. 5, 1962.~ 10190.021 TEXT: The author investigates transformation operators V ILLI hhl] which transform the solution oh(x'k) of the boundary value problem LFul + X2u a U" - q(x) + X2u . 0, u,(0) - h, u(O) - 1 into the solution Wh 1(XjA) of the boundary value problem LjFyj + '%2y w y" - ql(x)y + X2y 0, yl(O) - hl, y(0) - 1. Such operators can be represented in the form V[f] - f(x) + S H(x,t)f(t)dt. 0 Card 1/2 Transformation operator for S/02 62/142/005/008/022 B112YB102 Specially, the case q,(x) - 0 is considered. The kernel H is constructed by means of the fundamental solution 00 y(x,4) - ei4x + f K(x,t)e ixt dt. 0 Reference is made to B. M. Levitan (UMN, -4, v. 1, 3 (1949)), A. Ya. Povzner (Matem. sborn...U (65), 1, 3 948)), and V. A. Marchenko (Tr. Moskovsk. matem. obshch'., 1, 327 (1952~1,1, 3 (1953)). B. Ya. Levin is thanked-for assistance. There are 6 Soviet references. PRESENTED: October 16, 1961, by S. L. Sobolev, Academician SUBMITTED: September 27, 1961 Card 2/2 L 20071L-65--- 'EwT(i) --1jp(C1/MD(a)-5 ACUESSTUN NRS. AT40492 1 2519/64/000/005/0165/0170 AUTHOR: MLI'man, V.D. (Khar'kov); Myshkis, A# D. (Kharlkov) TITLE% Random shocks in linear dynamical systems SOURCEs Polska Ak&demi4 Nauk, Xnstvtut Ppdotawovych Problemov Tochniki, Zagadni*nia drgan nialinLowych, no. 5, 1964. Druga --rA-nfprpne1& Drean Hialintovvch (Socand-Conforenc nn M ag-Ar , . ~ ;-, , - -,-- -: ~_ z i ~. .- - , '' -_ - ~ ~. __- - - -- TOPIC TAGS I dynamical system, linear dynamical sys-temp random shock, delta function ABSTRACT's A linear dynamical system subjected to shocks and describ- ed by the equation L 20071-(6, ACCESSION NR: AT4049211 is: Considered-I-Whi rie the Ait (twlg 2f ore finite sudden variations In the solutions at the tim6 t, and 6 is a delta function. The problem of boundedness of the solutio f this equation was studied and the corresponding estimates were given on the assumption of an a priori estimate of the amplitudf of shocks A & in a previous article by V.D. Millman and A.D. Hyshkis (On the fftatility of motion in the presence of shocks. Sib. met, sh-1, vol. 1, no. 2, 1960,233- 237). The aim of this article is to carry out a probabilistic study of the behaviour of the trajectories of the system under the assump- tion that the shocks do not occur too frequently, their amplitudes are not, in general, small, and the solutions dt are asympi6tically- at ble, The co'ncepts of weak-convergence and strong convergence we:e introduced for the comparison of weak trajectorilem.. ASSOCrATIONi- Pi.ziko-.t*khnichesk'iy inst:itut nizkikh temperatur, AN UkrSSR, Kharlkov (Physicotechnical Institute of Low Temperatures, Card 2/3 WLIMAN, V.D. (Kharlkov) Transformation operator for Sturm-Liouville differential equations in the non-self-adjoint case. Mat. abor. 59 (dop.):145-164 162. 1. (MIRA 16:6) (operators ~~?Iathematics)) (Difforential equations) MILIMAN, V.D.; MrSHKIS, A-D- Stability of notion in the presence of shocks. I no.2:233-237 J1-Ac 160* (Mathematical physics) Sib. =t. Shur. (KMA 13:12) MIL'MAN, D.P.; HIL'MANp V.D. .11,116,1111- Some geometric properties of nonreflexive spaces. Dokl. AN SSSR 152 no.102-54 S 163. (MIRL 16:9) 1. Odesskiy elektrotekhnicheskiy institut svyazi i Fiziko- tekhnicheskiy institut nizkikh temperatur AN UkrSSR. Predstavleno akademikom S.L.Sobolevym. (Banach spaces) NTLIMAN* V.D. f Perturbations of sequences of elements of a Banach space. Sib. mat.zhur. 6 no.2:398-412 Mr-Ap '65. (MIRA 18:5) MILIMAN, D.P. (Odessa); MILIMAN, V.D. (Khf.:rlxc)vj - - - - - - - Some properties of nrnreflexive Ranach 5paccs. Vat. ~I)cr. 65 no.43486-497 D 164. 1.8~5) 40198, 8/08 62/000/013/045/054 B156YB101 X NoW AUTHORS: Mamedov, K. A., ~amid--Zade, G. A.t_Millman. V. M. TITLEt Alkylati.on of toluene-with the propane-propylene fraction of catalytic cracking gas, PERIODICAL: Refetativnyy zhurnal. Xhimiyat no. 13, 1962, 534, abstract 131d216 (11oArosti neft. i gaz. tekhn. Neftepererabotka i neftekhimiyag no. 10, 1961, 7-10) TEXT: Experiments on the alkylation.of ooal-tar toluene, using the propane-propyleni-fraction of 'catalytic cracking gas in the presence of dehydrated AlCl, as catalyst, were *carried out at atmd'spheric pressure in a laboratory apparatus in order to detqrmine the ideal yield of the alkylate produced, and its anti-detonation properties. It'was established that the ideal condiSions 'for formation of the required 120-1800C fraction are: temperature 75 C, toluene: propylene:.AlOl molecular ratio 3 1:0-5:0-035# contact.period"0.64 min. Under these conditions the yield of the fraction was: 206.3,%,with respect to propylonei 106-4 %'with respect. card I/; 6/081/62/000/013/045/054 Alkylation of toluene with the.## B156/BIOI to reacted toluene.. The octane number-of the 120-18000 fraction was 99.0, and with 3.3 g ofistraothyl lead it was 105.2. 'The fraction obtained can be use'dja.s a high.ootans component of gasoline, alad 4s a raw material for petiodh Ioal,synth9sI,ii-'.'[* st~acterls note: Completo Ab translation.) Card 2/2 MIL111AY, Ya. V., Docent Cand. Tv-c~. Sci. Dissertation: "Concerning Selcction of Voltr-,(_,c for Power and Lighting Lines of Textile Plants." Moscow Inst of Engineering Economics imeni Sergo Ordzhonikidze, 30 IMay 47. SO: Vechernyaya Moskya, May, 1947 (Project #17836) M1 I NAN, YA. V. RT-1662 (Scientific and technical session on electric drives in the textile industr7) Nauchno-tekhnicheskaia sessiia po elektroprivodu v tekstillnoi prcnVshlennosti. EMTRICHF.STVO, (12): 85-85, 3.950 MILIKAN, Ya.V.: PZTROV. I.A. (authors]; BYSTROV. A.K., dotsent, kandidat tekhnichs- 1600~-]W~UAUJC Lreviewer). OAutomatic electric drives of textile machinery.0 IA.V.Nillmn. I.A.Petrov. Reviewed by A.M.Bystrov. Blektrichestvo no.11:93-94 N 153. (KM 6:10) 1. Ivanovskly energeticheskly Institut In. Lenina. (for Bystrov,). (Aloctric driving) (Textile machinery) Yokow Vladimirovich; PIT OV. Ivan Arsenlyevich; SHTMV. B.S.. kandidat tekhnicheskikh nauk. retmPsent; LIOZNOV, A.G., redaktor; RUMBOTA, 0.1., takhnichaskly .i4daktor [Automtic electric drive for textile machinery] Avtomatika elektro- privoda tekstilOnykh mashin. 1s4. 2-ce. parer. i dop. Moskva, Gas. nauchno-tokhn. tzd-vo Ministerelva legkoi promyshl. SSSR. 1956. 391 (WA 99.10) (Automatic control) (Textile -machindrp-Electric driving) ISSECHENKO, Vasiliy Germanovich; MILIMAN, Yakov V.!!4~ro OMOV, D.A... kand. tekhn. nauk, retsenzent; KUBAREV, V.I.p insh.., red.; TAIROVA, A.L.., red. izd-va; GORDEM, L.P.p tekbn. red. [Pneumatid systems for textile machinery] Pnevmatichoskie ustroistva tekstil'rWkh mashin. Moskva,, Mashgiz, 1962. 150 p. (KERA 15:1+) (Textile machinery) (Pneumatic machinery) MILIMAN~-Yakov Vladimirovich; SHMEV, Sergey Sergeyevich; bwfts-Kff,-8 14 4nd. tekhn.nauk, dots., retsenzent; MAYZELI, M.M., dokt6r tekhn. nauk, prof., retsenzent; SOKOLOVA, V.Ye.., rOd. (Fundamentals of the automation of technological processes in the textile industry] Osnovy avtorratizatsii tekhnologi- cheskikh protsessov v tekstillnoi promyshlennosti. Moskva, Izd-vo "Legkaia industriia," 1964. 389 p. (mA 17:6) MILIMAN, Ya.V., kand. I.ekhn. nauk Brief information on foreign technology. Tekst. prom. 24 no./.: 87 Ap 164. Revtew of the book "Automat I cally controlled electric drivDia of textile machinery." Tek8t. proia. 24 nn.W9-90 Ap t6l, 1. Zaveduyitqh(,hty kafedroy tivLomatlIKI MoWovsRogo toknHILInogo MAYZELI, Maks Mikhaylovich; 141LIMAN,Ya.V., red. -4-- W- - - (Fundamentals of automatic control and automation of industrial processes) Osnovy avtomatiki I avtomatizatsii .-voizvodstvennykh protsessov. Izd.2., sokr. i perer. Moskvap Vysshaia shkolap 1964. 579 p. (MIRA 17:8) -0. MILIMAN, Ya.V.; LESIICMIKO, V.G.; WAGORINSKIY, A.B.p inzh.., -- Me hzent; BLAGOSKLONOVA, N.Yu., inzb.j, red. (Automated electrical drives of the machinery of synthetic fiber factories) Avtomatizirovannyi elektroprivod mashin zavodov sinteticheskogo volokna. Moskva, Mashinostroenie, 1965. 195 P. (MIRA 18:10) REBARBAR, Ya.M.; KRAVKIN, V.P.; VINTER, Yu.M.; MILIMAN, Ya.V. I --I.----------'-- Selecting the optimum parameters of the mechanism for automatic jacquard card punching. Izv. vys. ucheb. zav.; takh. tekst. prca. no.2sl2l-126 165. (MIRA 18:5) 1. Moskovskiy tekstilInyy institut, Voesoyuznyy nauchno-issledo- vatellskiy inatitut legkogo i tekstillnogo mashinostroyeniya i TSentralinyy nauchno-issledovatellskiy inotitut promyshlennosti lubyanykb volokon. NEFEDOV, A.A.; BREZHNEV, L.A.; SICHEVOY, A.P., BYSTRIKOV, O.P.; MILIMAN. Ye.A. Studying the deformation of metal transveree helical rolling. Stall 24 no.5:429-432 My 164. (MIRA 17s12) 1. Dneprodsorshinakiy notallurgioheskiy-zavod-vtua i Dneprovskiy wtaUurgicheskiy zavod in. Dsershinakogo. MXfOlISKIY# MILIMAIN,, YeaA. sicimevol A.?., S.M.; SAVINTSEV, R.I. T~-ansverse helical' roUing and the application of round periodic oeationso luzo-shtam.proizv. 7 no.2all F 165. (MIRA 1814) KILIKAM, Yu., inshener. -, - - Grain storap at procurement points In Kiev Province. Kuk.- slev.prom. 20 no.2:10-11 F 154. (KIft 7:7) 1. 91yevsksya. konters. 3 ago tserno. (Kiev Province-Oraln-Storage) (Graln-8torage-Aley Province) 1. A. K. BUTYIMU, V. M. DMILEM, YU V. MILIMAN, YU V. NAYDICh, S. A. RYBAK, A. A. SIMMOV 2. USSR (600) 4. Alloys - 7. Electrical resistance of well-organited alloys. Zhur. ekap. i teor. fiz. 23 no. 6. 1952 ,as April 9. Monthl List of Russian Accessions, Library of Congre 1953, Uncl. KLIMANp YU.V.; TREFILOV, V.I. Cold brittleness temperature of metals with a Ivolume-centered -cubie'littice. Sbor. nauch. rab. Inst.metalloCiz. AN URSR no.16tl6-21 162. (MIRA 16:5) (Metals-Brittleness) (Crystal lattices) TREFILOVO V.I.; 141LIMAN, Yu.V* ....... Z- - I ---- -1- Mechanism of the plastic deformation of bismuth and antimony. Sbare nauche rabe Inst. metallofiz. AN URSR no.17:32-" 163. M6014his~ of; the plastic deformation of bismuth and antimony. hldolO-49 ' (MIRA 17:3) TRVILOV, V.I.; MILIMAN, YU.V. .-1, 1. ~-.. w. - I Characteristics of the plastic defomation of crystals with covalent bonds. Dokl. AN SSSR 153 no-4:824-W7 D 163. (MIRA 17:1) 1. Institut metallofizikJ AN UkrSSR. Predstavleno akademi- kom G.V. Kurdy=ovym. MILIMAN, Y7u.V.; TREFILOV, V.I. - -~ Nature of the "Yield tooth." Sbor.nauch.trud. Inst.metallofiz. AN URSR no.19:46-50 164. (M-TRA 18:5) 3 MC (b)-2 LIKO ' A'T ffl-~ JID ACCESSION MR: AT5005114 S/2601/64/000/019/0051/0053 A'JTHOR: Millman, Yu. V.; Trefilov, V. I.; Khomenko, G. Ye. _S7-R TITLE: 7he electromechanical effect in covale tion of ~~als as a func temperature N SOURCE: AN UkrSSR. Institut metallofiziki. Sbornik nauchnykh trudov, no. 19, 1964. Voprosy fiziki metallov i metallovedeniya (Problems in the physics of metals and physical metallurgy), 51-53 TOPIC TAGS: indium antimonide, silicon germani electromechanical effect, semiconductor 7A ABSTRACT: the electromechanical effect discovered by-Westhrook and Gilman nsLsts of a sharp drop in the microhardness of several crystals with covalent bonds Ge, InSb,etc.) when an electric current is passed through the speci measurement. In many cases, this drop in hardness amounts to 50-60% indepen'-ently of the conductivity type of the crystal (n- or p- type). The electromechaniclil ,~~ffect increases with an increase in the current density i but reaches saturation at some point, e.g. the saturetion point for Ge is 100 a/mi. This is a surfa-e ~.Card 1/3 L ~ 33 3 '15~5 ACCESSION 14R, ATS005114 effect, acting only at distances of 2-3 u from the surface. It has been estab- iished that passing a current through the specimen generates the same effects as are observed when it is illuminated by light of a definite wavelength. The authczs t1cle had reviously studied the effect of temperature an the nicrw_-har'-~ temperat&d--T cr the h~rdriess--I-i-9-7-iie-aki-y:~(i4i~eridaht- on- iftir fi*4~dkure- and - tha.'t the dislocations ave nearly stationary. When the temperature is raised above T cr' the hardness falls sharply while the rate of motion of the dislocations increases. Fcr all crystals studied, T =0.4 T where T is the melting point in OK. A compari- son of these results wi~~ the daTta on themrelationship between temperature an'd the ,31ect-romechanical effect cbtained by Westbrook and Gilman (J. H. Westbrook, J. I- Iman, Journ. Appl. Phys., 1962, 33, 7, 2360) provided a basis for assuming that the elecit6mechanical-effiedt takes-place only; at ~ temp aratures. be-Low T - In order to verify'this-hypothesi-P.-the electromechanical,effec~t.in an InSb monorcrystal was studied since its T r lies in the room temperature range and ft lends itself most easily to testing afiove and below T cr . The results are presented in graphic form. It is found that the electromech cal effect takes place only below T Cf , the ef"Fect being greater the lower the temperature. At temperatures above cr , where Caf-d 2/3 ACCESSION RR: AT5005114 there is considerable dislocation mobility, there is no electromechanical effect. Tbus this effect is observed in covalent crystals only when the'dislocations in these crystals are "frozen." Orig. art. has., 3 figures, ASSOCIATION: none SUBMITTED: 08Jul63 NO PZr- SM.- 003 EXCL: 00 SUB CODE: SS BOTHER: 002 :Card 3/3 L 41559~, Dff(2-)/WP(V)/M(n) -2/EWG W/BWA (d)/EPR/T/EWP W/Ewp (b) IEWA (0'): ACCESSION MR: AT5008867 Pe-4/pu-4 S/2601/64/000/020/0003/0024 IJP(c) JD/JG AUTHGR: Hil0man, Yu. V.; Rachak, A. P.; Trefilov, V. 1. TITLE: Investigation of the mechanism of deformation and brittle failure of transition-netal alloys on a VI A-group base SrURCZ: AM UkrSSR. Institut meta,11ofisiki. Sbornik nauchnykh ;.rudov, no. 20, 1964. Voprosy fitiki metallov t metallovedeniya (ProbJems in the physics of metals and physical metallurgy). 3-24 -C I - . ron--c-O'n-t-4-in-A a 1-10Y*--tualsten "~T PrG' TAGS' ~-- - 1"a-millik-1 1~i i ng lillo rhenium containing allay, nit ductility temperature, brittle failure.nachaniou, slip mechanism, twinning mechanism ABSTRAM The mechanism of the action of alloying elements on the cold brittleness temperature of alloys and the role of twinning in ~- - r the ob rv d do r*aso to the MDT temperature have been Investigated t~e do in 99.;:~%- urt broulus and chromium alloys containing up to 53.2 at%. ?a and In pare tungsten and tungsten alloys containing 10 and 25 atl-Ro, The temperature dependence of the yI~lJ strength L ACCIESSIONAR: AT5008867.' peratures ranging from -253 to +800C. The cold brittleness and the plastic deformation with slip and with twinning were investigated with static bend tests. When the temperature of the beginning of twinning at which the plastic deformation mechanism experiences the slip-co-twinning transition (T ) to higher than the NDT temperature, the latter decreases sharply w1th a further incr in the iron content of the alloys. in W-Re s: llays, an Similarly, and WR a addition of rhenium raises the Td and lowers the.NDT temperature in the twinning region, changing significantly the plastic deformation mechanism. In all the investigated alloys, a wider temperature range of cold brittleness Is observed at higher NDT temperatures and vice versa* This is probably because at low NDT temperatures the brit- tleness appears in the region where the yield strength to highly temperature-depeddont, whereas at high NDT temperatures the temper- ature dependence of the yield strength 1.9 very flight. This phenomenon s ens to be common for the b.c.c. lattice of refractory metals. -rig, art* hast 16 figures and 13 formula*. VMS] card 2 13 Card, (a) 1W W /EWA (d) /T/W W/W(k;)/ZWP (b) IEWA (c) Pf-4 ACCESSION NRi ATS008868 IJPW ITD/HW/J(; S/2601/64/000/0201002510031 AUTHORi Gridnev, V. N. (Corresponding member AN UkrSSR); 3f 31 ivashchonko, R. K.; Millman. Yu. V.; Tref lov, V. 1. TITLE: Ductility of chromium &1loyed with yttrium SOURCEt AN UktSSR*--InstLtut metallofisiki. Sbornik nauchnykh trudov, ao. 20, 1964. Voprosy fiaiki metallov t metallovedeniya (Problems in the physics of metals and physical metallurgy). 25-3v llo - micro a Y deformation kV truLA I I o-- Y~ A U-_C t I: I I; ty'P I oLy ~4 t r 6 n g: t hps tl Ure a 7i~ affect ABSTRAM The effect of ItYium additions of 0.5, 1.0, or 2.0% on the ductility of 0.02%-pure Polectrolytic chromium has been Investi- gated. Yttrium additions, particularly 0.5-1.0%, appreciably de- creased the hot microhardoess of alloys in the as-cost condition and raised the NDT temperature in static bond tests from -30C for pure chromium to -10C for an alloy vith 1% Y. Hicroscopic examination shoved a netvark of precipitated Inpuriti*s along the grain boundaries L 41.581-6.5 ACCESSION MR: ATS008868 of alloyed chromium which caused an increase In NDT temperature, notwithstanding a decrease in hardness. Hot extrusion with a re" duction of 92% fragmented the precipitation network, and subsequent camp* r a ture-s' -'lowered the NDT tempetAtUrd btill further. The lowering of the ,f1NDT temperature can be ascribed to changes In the structure manifested by a substantial elongation of the grains, to changes in the sub- structure manifested by a significant strengthening of the deformed metal, and to the development of deformation aging processes. Thus. cold plastic deformation (below the recrystallisstion temperature) substantially lowered the NDT temperature of Cr-Y alloys and simul- taneously increased their skriongth. Orig. art. best 7 figures. Card M1,11011 Yu.V.; THEFILOV V.I. -- Temperature of cold brittleness. U?-r. fiz. zhur. 9 no.7092-794 JI 164. (taiu 17:10) 1. Institut metallofiziki All UkrSSR, Kiyev. GRIDNEV, V.N'.; IVASHCHENKO, R.K.; MIL't-M, Yu.V.; TREFILOY, V.I. Plaiticity of chromiy~-. alloyed with yttr4-m. Inst. metallofi.z. AVURSP, no.20:25-31 164. Sbor. nauch. trud. WIRA 18: 5) M11,WN, Yu.V..,-, T-LEFILU75, V.I. Parewia&metic ou3cept-ibillty of alloys on the basis of cYxordwn. Ukr. fiz. zhur. 9 no.7.794,795 JI 164. (JURA 17:10) 1. Institut mtallofizild All UkrSSR., Kiyev. TMEILOV, V.I. , MIL"KAN, Yu.V. --, Determination of the microhardness of metals at low te=eratures under a layer of cooling liquid. Zav.lab. 30 no.4:48~.-485 161, 4URA 17:4) 1. Institut, metallofiziki. AN UkrSM. !I,, -- .11~~,$,~-.,~";J~"..~-~,;~i4i4~,--~*,. -,- L-24469-66 ENT(m), ~6(f )/E#F(n)_?/01q (m)~T/1~~P(t) IJP(c) '"'JD/JG/GS ACC, NR,. AT6010572 SOURCE CODE: UR/0000/6.5/000/000/0029/004JL' '-AUTHOR- Mill _V.; Rachek, A. P.; Trefilov.-V. 1~.* t1dovenko. A. A.; Firstoy, t -owl u IS, A.; Y1YiVt%dbi1\ V _4 1 _1ORG: Institute of Physics of Metals M UkrSSR (Institut metallofiziki AN UkrGSR) iTITIX: Rechanism of.plastic defbr6tation in alloys of transition metals V14 ;SOURCE: AN,UkrSSk. Hekhanizm plasticheskoy deforsidtsii.metallov (Mechaniiiia of the iplastic defOL-mation-of metals). Kiev, Naukova dumka,_1965, 29-41 TOPIC TAGS: plast ic. deformation, cast' alloy, phase transit ion, twinning, material 1fracture :ABSTRACT: The paper'.is a continuation'of a previous work (Hillman, Yu. V., Trefilov, 1V. I. Rachek A P.9-IlProblems in the Physics:and S ience of Metals, 20", Haukova ';durnka: Kiev 19Rydevoted to the mechanism of plastlic deformation and brittlefrac- iture of alloys of,elements in group VIA with other transition metals. The,following allqy systems are studiedt Cr-Mn, Cr-Ru, Cr-Fs $ Cr-Osq ~_Rq', Mo-Re, Nb-Re and Ho-TL iThe alloysowere studied-in the cast state and in some cases were subjected to heat Cird 1/2 1 -.24469-66 NR: AT6010572-- The relationship between the packing flaw energy and the electronic .structure of the alloy.,is*analyzed. It is shown that both transition and nontran- SItIon metals conform to the Seger rule on high energies for packing defects in 1~,.metals. The twinning * slipping transition 'in alloys of transition metals is stud-! -~-.ied. All.alloys of elements In group VIA with metals in groups VIIA and VIIIA show! to twinnin', while'alloys with elements in group VIA (Ho-Ti alloys) 9 'solutions with a-bcc latt no twinning throughout 'the. entire region of solid icel -under maximum loads. Experimental. data show that alloying diromium, molybdenum and! tungsten with metals of groups,VIIA and VIII reduces the packing flaw energy and causes a transition.to deformation by twinning (orto combined deformatio .n by twiWing). A.brief survey of the.literature shows no transition to -group VIA-wifh transition metals to the left of the chromium twinning in alloys of 01 group in -the, periodic' table 4. Orig. - art. has: "8 figures. 51, .'SUB CODE,..: 11-1 SUBMIDAM", 14No,v64/ ORIGAREF: 001/ OTH.- PEF: 026~ -14firacti rd-2/2 L 4102"-66 /nz' L .11 g ~/ 0; ACC NRt ~.T6009600 SOURCE CODE: UR/000/65/000/000/0101/0111 AUTHOR: Gridnev. V. N_.; Ivashchenko, R. K.; Millman, Yu. .; Trefflov, V. L; Firstoy So A* '5 ? 55 ORG: Institute of Me!!!l Physics, AN UkrSSR (Institut metallofizlki AN UkrSSR) TITLE: Investigation of, the effect of highly active elements on the plastl Itkof chromium iSOURCE: AN UkrSSR. Fizicheskaya priroda, khrupkogo razrushenlya metallov (Physical nature of brittle failure of metals). Kiev, Izd-vo Naukova dumka, 1965, 101-111 TOPIC TAGS: chromium, plasticity, metal aging, yttrium, rare earth element ABSTRACT: The article deals with the refining of chromium by treatment with highly active elqmcnts which react with the Interstitial impurities in Cr to form more stable compounds thap the corresponding Cr compounds. To this end, the use of Y and other rare-earth elcments is particularly promising since then it Is often possible to im~~ei~t only the plasticity but V " the high temperature strength of the alloy. However, there Is no common consensus on this effect of Y and rare-earth elements. Thus, 0. N. Carlson et al. (Less Common Metals, 1 6, 6, 439) present experimental findings Indicating that the temperature of cold brittle- L blo26-66 ness of cast Cr Increases when It to treated with Y and other rare-ldrth elements. To clear up this contradiction, specimens of Cr treated with Y as well as offjqKe Cr in soldered and evacuated ampoules were annealed at 1200*C for I hr and water-quenched. By means of Vickers hardness tests, aging of these specimens was Investigated at three temperatures (2759, 350" and 4000C) in a molten-tin bath. The fbidings on the increase in microhardness with aging are presented In Fig. 1, where each point represents the mean of 8-10 measurements. Fig. I r. If 111111 1 11 1111114,7L71-ol I Mff_ Fig. 1. Effect of treatment with Y and Pr on the aging of Cr: 0 - zone-refined Cr; alloy of Cr + 1% Y; A- alloy of Cr + 1% Pr 2/3 Aging time, v6. L 41026-66 I-A& N"' AT6009600 indicates that the addition of Y virtually suppresses the processes of the alloy (and no hence also it suppresses the rise In the temperature of cold brittle :s~ &ue to the segregation of an interstitial impurity -- nitrogen -- from the solid solution). Those findings confirm the feasibility of using Y to improve the refining of Cr, since Y binds the greater part of nitrogen into nitrides, thus suppressing most of the effects of aging. Further tests, Involving the treatment of Cr with microamounts of Y and Pr over a broad temperature range: from the temperature*of liquid hydrogen to +900'C, showed, that such treatment enhances the atcrohard- ness of Cr at jjMMW'tempejrature Orig. art. has: 5 figures. SUB CODE: 13, U, 20/ SUBM DATE: 120ct64/ ORIG REF: 005/ OTH REF: 026/ 3/3 b L 04183-67__._9wj(m)0q/EWP(t)jLrI IJP(c- 4IG4GD TM-WI-AT6026909 SOUACE'CODE: UR/0000/66/000/000/0056/0062 AUMOR: Belous, 0. A.; GOidnev, V. X.; T*fimov, A. L; Millman, Tu. V.; Ttvfilovg Vo 1. ORG: none TITLE: The effect of annealing temperature an Q-1 and G-purit ~hhrcwiua d alloys of, chr*~Mivm with ]=rim and sadolinium 17 1 ;il v SOURCE: M SSSR** 11MItut gotaLJLumil. Vnutreaneye treniye v vatallekh I splavakh (IDt*rna1_fr_ra_tr*_W_W_msUls and alloys). Mcaeow. Izd-vo Nauka, ING, 56-62 Tom TMS: internal frictLons annealingg temperature dependence, chromium, high purity ustal. ytUlunq pd*IUI=,, ustallopmpble agaminatical, P" structure, dislo- cation effect ABSTRACT: The effect of anneallng temperature an temperature dependent Internal fric- tion was studied In son malted chromium, Cr + 1% T, and Cr + It Gd. Vire samples of 0.8 sm diameter wave drawn at 30019C to about 25%. These wires more - aled before testing fw I hr at temperatures ronging from 100 to 21000C. At low testing tempera- tures the Intswal friction In the puve chroolum was We* as low as that In the al- lays. In &11 cas"j, the Intorwd friction decreased as a function of anneaLing teme?m turs; In saw refined cbromius, the internal friction Avapped ftvm IS-10 14 to 5-ILO 4 after anneaUng to 3000C; la Cr + It T, tM Internal frictim decreased at 509C after card annealing up to 6006C. These changes ware partially caused by the radistribution of In- terstitial Impurities during annealing. Transmission elect microscopy showed that tb* density and distributiom of dislocations did not change after -annealing up to 1#000( Thus In the alloys the internal friction decrease was caused by polygonization. Micro- structures did not show my differences between pure chromium and the alloys that would account for the Internal friction reco, ry. At high-testing temperatures, the internal friction Line ased sharply due to grain boundary relaxation. The rise in In- ternal friction at bigh temperatures was the saw for all of the metals. The shift in initial rise of Internal friction with annealing was caused by a decrease in both dis- location density and grain boundary area. After annealing at similar temperatures, the value f In rual friction was highest In the alloys, due to the retardation of ZL- cotallizIM alUying. In the 300-6000C temperature range, the change in Q-1 was caused by polygonization in Cr + 1% Y (the recrystallization temperature of Cr-Y 14 above 80000, while in pure chromium above 6000C it was due to recrystallization. In- ternal friction peaks occurred at 9000C in pure chromium at an oscillation frequency of 2.8 cps. In Cr + It Gd a similar groin boundary peak occurred at 960-9700C at a frequency of 2.1 cps. In Cr + 1% Y the peak was not observed because alloying with yt. trium raised the peak into a higher temperature range. The temperature dependence of the square of the frequency In proportional to the shear modulus. Deviations from li- nearity were observed In the *&us temperature range whom the sharp rise in 0-1 was observed. This change in shear modulus was caused by grain boundary relaxation and lal Card 2/3 L 04183-67 ~ ACC NR, AT6026909 j i itice inhomageneity. The authors express their gratitude to V. G. Enifanov of the institute of Metal Physics, M UkrSSR for supp,.lying the saw maltod chrm4m,, produc- ed by three zone passes. Orig. art. has: 4 figures. 14 ,SUB CODE: 21,20/ SUIN DATE: 02AprGS/ ORIG REF: OU/ OTH W: 009 3/ 3 .I_' 41040009400090 0 1 404 *it 00A 00 06 c 00 a 00 a 00 OO'f 0* 00 00 00 w 0*0:46 0900060060:0 of 00 fail** u? If* It NO Mums Vol beleftyw- a J- U-JL-"(. - of -00 .00 -00 -00 s ftemw ampeo"" is move" md im4ft" Wby wpftb. N. Vs. MAI mW A. S. 161d'em .00 F^W. ThWO. Pbjn, (V, S. 14. It.) IU Ald ---- at Or *mow "WNW Imim or" ft .00 IN 6!13,11 U 200 i;, 400 hi 1100 0 All coo 600 ge 0 *so 0 0 ho 0 see soosew pit oil 46C (TI 1114181 Old Is, Is, so o,1 04 14 i1VITER, A. S. Miltner, A. S. - "Magmetic atri&ion of forrarnaonets which have suffered tl-.ermc-r~ magnetic treatrient"n Uchen. zapisl-i -os. un-ta in. G-c~rIl-ar,-, Vol* )CNTII Trudy Fiz. otd-niya Fiz.-natem. fak., Vol. Iq 1~46y P. 47-/,0p - Bi'olio:-: Y I 5 items. SO: U-3042, 11 March 53, (Letopis 'Zhurnal lny~h Statcy, flo. 8, 1949). Dqwndonco on temperature for the electric resistance of forrit". Dop. AN URSR n0-3:258-260 155. (NLRA 8:11) 1. Sharldvolkly dershavnly universitet. Predstaviv d1yonly ;bles Aksdwil sank URSR K.D.31nel'alkow (Perromognettes) AMITIN,Y~.B.; Mi ; sHornumij. 1. VWMMPM~ Determination of small quantities of fierronagnetle admixtures In weak magnetic compositions. Zav.lab.21 no.6:693-695 '55. (KLRA 8:9) 1. Kharlkovskiy gosudarstvennyy unIversitet in. A.N.Gorlkogo (Ferromaguetlem) 71-,; 1 VOKIN, B -NMIM A.S SWO, L.N.; YATNTWr. Ta.B.; KHOTMICH. V : I : , I. IF. Sections of Xxperimental. Theoretical, and Generml Physics at the Departuent of Physics and Mathmatics, 1930-1955. Uch.sap.XHGU 60t63-79 155. (MIRA 10:1) (Xhftrkoy University-HIstory) (Physics) SOV/ 137-57-6-10732 Translation from: Referativnyy zhurnal, Metallurgiya, 1957, Nr 6, p 188 (USSR) AUTHORS: Polyakova, N.L. TITLE: The Curie Point in Thin Ferromagnetic Films (Tochka Kyuri v ton- kikh plenkakh ferromagnetikov) PERIODICAL: Uch. zap. Khar1kovsk. un-t, 1955, Vol 64, pp 159-165 ABSTRACT: The Curie point 9 was determined on Ni films (F) 1. 17-10-6 to 6.95-10-6 cm thick and 2.7x2 cmZ in area, applied onto glass by vola- tilization under vacuum, by measuring the relative variation of the magnetic moment of the F in a constant magnetic field upon an in- crease in temperature on a special instrument. In spite of the fact that the points obtained experimentally do not lie on the theoretical curve obtained by Klein and Smith (Klein and Smith, Phys. Rev., 1951, Nr 81, pp 378-380), Is/Io=f(T/ 0 ), where Is is the intensity of the technical saturation magnetization, Io is the true magnetiza- tion, 0 in thin F is lower than in thick ones; the decrease of e be- comes noticeable at 3-10-6 cm thicknesses and less. Card 1 1 L. P. /6 -7 USSk/I#AgnetiAM - Ferrites F-6 Abs Jaur : Referat Zhur.- Fizika, No 5, 1957, 12024 Author : Khrolevskays, N.S., Millner, A.S. rust : KharIkov, University '-ni A.M. Gortkiy. Title ; Nagmette Properties of Kagaetite at Low Temperatures Orig Pub : Piz. setallov i metallovedeniye, 1956, 3, No 1, IW-188 Abstract : A study vas made of the effect of the temperature, at Vhich the magnetic field (K) is turned on during the coo- ling of malpetite, on the temperature of the (3 4 o~' transition, and on the value of the magaetization inten- sity that occurs upon this change. It is observed that turning H on at temperatures above 1200 K gives the result (the magnetization increases by 10%). Different results, but results that are in agreenient with each other, are obtained by turning R on at temperature below Card 1/2 KILIM, A.B.; YNODOSir-lik, I.T. Fkptlo method for determining liffusiloA In metals. Fis.met. I metallovede '2 nr),N463-485 156o (KLaA 10%3) ..0 I* Mwlkovskir gosudarewennyy uw larsitst luent A.M. Gor1kogo. (Diffusion) properties) Ail I J,) IV /'. -1' . , 1 0, USISR / Magnetism. Ferramagnetism F Abs Jour : Ref Zhur - Fizika, No 4, 1957, No 9509 Author : Mij~p_er, A.S., Polyakova., N.L. Inst : TO-t- gfv'en Title : The Curie Point in Thin Films of Ferromagnetice Orig Pub : Uch. zap. kharkovsk. un-t, 1956, 64, 159-165 Abstract : An experimental verification is made of the dependence of the Curie point on the thickness of the nickel film , ob- tained by the method of spin waves, i.e., the dependence Is/10 = f (T/4P) is measured. Films are obtained by eva- poration in vacuum on glass from a nickel wire or from a crucible made of aluminum oxide. The film area in all mea- surements was 27 x 2 cm, and the thickness was measured by the Binellnikov and Rapp method. The Curie point was mea- sured from the relative change in the magnetic moment of the film upon increase in temperature. It was established Card 1/2 USSR / Magnetism. Ferrcmagnatian F Abs Jour : Ref Zhur - Fizika, No 4, 1957, No 9509 Abstract : that the Curiji temperature is independent whether the nic- kel is coated on cold or hot glass. The irreversibility of the first magnetization curve, its dependence on the speed of heating, and the increase in the magnetic moment at room temperature for nickel films coaW on cold glass leads to the conclusion that apparently these film are in an unstable phase. It is found that as the thickness gf the nickel films is reduced from 6.95 x 10-6 to 1.17 x 10- c=.1 0 the value of the Curie temperature dimiaishes.,from 36o to 134 It is shown that even though the experimental points obtained do not fit the theoretical curve of Klein and Smith, the Curie point in thin nickel films is considerably reduced wit di- minishing thickness of the film, starting with 3 x 10-9 cm and below. Card 2/2 sov/58-59-lo-22818 Translation from: Referativnyy Zhumal.,Fittka, 1959, Hr 10, p 145 (USSR) AUTHORS: Millner, A.S., Gamaley, K.Ya. TrTLE: The Initial Portion of:-the Fundamental Magnetization Curve of Aluminum- Nickol-3 Alloys PERIODICAL-. Uch. zap. Khartkovsk. un-t, 1958, Vol 98, Tr. fiz. otd. fiz.-matem. fak., Vol 7, pp 275 - 279 ABSMACT: In order to obtain additional information concerning the magnetic structure of Fe-Ni-Al alloys and the mechanism of their magnetization, the authors studied the,initlal slope of the magnetization curve of AIN1-3 alloys In fields from 0 to 200 oersteds. They measured the differential and reversible susceptibilities, which made it possible to clarify the boundary between the reversible portion of the magnetization curve and the beginning of its irreversible portion. Measurtimenta were carried out on an astatic magnetometer. It in demonstrated that reversible Card 112 magnetization processes extend up to fields of an order of 100 o97, sov/58-59-io-22818 The Initial Portion of the Fundamental Magnetization Curve of Aluminum-Nickel-3 Alloys The initial susceptibility, the coercive force, and the entire magnetization curve in these alloys are to a considerable extent determined by the energy of magnetic crystallographic anisotropy. A.V.Z. Card 2/2 SOV/126-7-6-4/24 AUTHORS: Millner, A.S., Kovtun, Ye. F. and Popov, 1. N. Anomalies of Magnetite rITLE: Ma etic PERIODICAL: Fizika metallov i metallovedeniye, 1959, Nr 6, pp 832-836 (USSR) ABSTRACT: Early work on magnetic properties of magnetite (Ref 1) showed that at 1200K there is a sudden decrease in magnetization, later found to coincide with sudden changes in other physical properties (Refs 2,3,4). The magnitude of the magnetization change depends on cooling conditions (Ref 7)- Magnetic anisotropy changes with falling temperature (Ref 6). The object of the present work was to study the magnetic properties of magnetite at 75-100*K and the influence of change of sign of magnetic- anisotropy constants above the transition.temperature on magnetic properties at lower temperatures. A natural rhombohedral magnetite single crystal and a magnetometer of the type described by Domenicali (Refs 7,8) were used. The whole swinging part of the magnetometer was kept in a vacuum (10-1 mm Hg) to avoid convection currents. The Card 1/3 specimen whose axis coincided with the coil axis was Magnetic Anomalies of Magnetite SOV/126-7-6-4/24 cooled from room temperature to 750K in an external field of about 400 oersted: Fig 2 shows curves of magnetization against temperature for various cooling conditions. Similar results but V th less change in magnetization were obtained with the [11 axis along the coil axis. The authors give a graphical representation (Fig 3) of changes in magnetization with field commutation, which also applies to brief switching off of the field. In the previous work A. S. Millner et al.(Ref 9) had dealt with the eft"ect of temperature of application of the magnetic field on the value of the magnetization change, but with specimens with unknown crystallographic direction.In the Pment work the field was directed along the [1001 or 11 directions, giving more regular results. Fig I shows plots of magnetization against temperature for [100] directed field applied at 290, 95, 90 and 85*K. The transition of the magnetite through the null value of the anisotropy constant had no effect on these phenomena (in contrast to what occurred when the field was commutated at 750K for specimens cooled in a field). The authors explain the Card 2/3 effect of the temperature of application of the field on Magnetic Anomalies of Magnetite SOV/126-7-6-4/24 the value of the magnetization jump below lOO*K in terms of the nonuniformity of the stoichiometric composition of the specimen over its whole volume. Ye. S. Borovik participated in the discussion of results. There are 4 figures and 10 references, 4 of which are Soviet, 3 French and 3 English. ASSOCIATION: Kharikovskiy gosudarstvennyy universitet imeni A. M. Gorlkogo (Kharlkov State University imeni A.M.Gorlkiy) SUBMITTED: April 1, 1958 Card 3/3 BOROVIK, Tovgeniy Stanislayovich; 41L PIM, !W B,Ya., prof*, otvored,; T4WBMM, D.A., red.; TROFDUMKO, A.S., takh"d, [Lootures on ferrowguatism) Lektall po Kharlkov, Izd-vo Kherikovskogo goa.univ., ferrompatim. 1960. 234 p. (KIRA 13:11) /. 1; iI (Forromgnetion) PHA633 I BOOK EXPLOITATM: SOV/4893 Tessoyusno7a soveshchanlyt po Mike, rIzIk,3-er_-='theskim avoystwax I rerritov I fialcheakim canovam Ikh PrLm*nerIY&- 3d, Rlnxk, 1959 Doiclady F*rrIty; flzichosklye I fialko-khImIchs,sklys, svoystv:: (Ferritest Physical and ThysicochemIC&I PrOpertic Reports) Winak, Xed-va AN SSSR. 1960. 655 V. Rrrata slip inserted. 4,000 copies printed. Sponsoring Agencies. Xauchnyy Sovet Pc magnetizans AN SSSR. Otdol rIsIkI tvsrd*go tela I poluprevodnikov AN WSR. Sditorial Doards Seep. Rd_ W. N. 31rota. Academician of the A4ademy of Sciences RM; K. F. Deice, Professor; To. 1. Xmdor- skly. Professor; X. N. Folivangv; Professor: R. V. Teleanin. hv- ressor; 0. A. 3molenskly. Professor; X. X. 3holltO. Candidate of Ohysical and Mathematical Sciences; 3. R. and I A. bashkirov; Zd. of Publishing Sweet 3. Kholytvakly; Tech. Sd.t 1. VolokhanovIch. 'I -- i--intend-d-for-physIciste. jej c1W jjfjai sists radio electronics engineers, and technical Personnel engaged I,; the Production and use or ferromarnatle materials. It may Also be used by students In advanced courses In radio electronics. "Ic~. and physical chemistry. COMRAM The book contains reports presented at the Third All- Union Cc~%fersnc* On ForrItes hold In Kinsk. Belorussian $3R. TbA reports deal with x1gratle transformations. electrical end SLITEMcuffignotle Properties of ferritos. studies or the growth Or ferrite single crystals. problems in the chemical and ph,&L. sochemical analysis -or rerrites. studies of forrites having rectangular hysteresis loops and multjc=pcw,*nt fgrrlt* systems exhibiting spontaneous rectangularity. problems In magnetic attraction. highly coercive firritee, magnetic spectroscopy. "coo 4t'c "a ce, "agneto-optico, Po" re on. 1'.l ",..Ipl*s or using ferrite Components in electrical circuits, anisotropy or me electrical and Properties. *to. The Committee on Nag. nettam, AS OUR (I"'tIevonsovskir, Chairman) organized the con- ...ference. References &ccOmP&nT individual articles. Ferrites (cont.) SOVA893 urota, '_ * and_j~14tnel son. Tempersture Do. jA. pandencat o ft4gndt1c-_Ti-m-eX3rr%TY-Ur Rick* I-Magnes I=- , Zinc Forrlt*a 242 D.. N. T. Flast.. and X. __ZL _ _ - - -ZInc rtrrl X1 cR a1 tis 249 and Z* T ' T. T, Byenkove. Iff t , r o t ; r o at r&I Co om as oc on I C @a a on & mp r r~ np*r&tu e on t h* Nagn*tcst4tlc Properties or xickei-zinc r*rrjt*s 3 and A - Mgn*tlc Anomalies or A Iron " Cobalt Fra ' 258 31rctA. X. X., andN. Z. gatan*llson. On the Xlectrical Conductance Of WIck.1-Magntalum-Zinc Forrites &-A Its ?"Psrsture Dependence 263 Card 9/18 cam 4A8 MILINER A. 3 ; TATARINOVA, L. I. Electric and magnetic properties of nickel films deposited on glass. Fiz. met. i isetalloved. 9 no.5:673-679 My 160 (MhA 14:4) 1. Kharlkovskiy gosudarstvennyy univetaitet imeni A. M. Oor~kogo (Nickel-44agnetic properties) (Metallic films) 5/04~~1~025/012/002/022 2 4,?-QbO B125 B112 AUTHORS: Kovtun, Ye. F., and Millner, A. S. TITLE: Temperature dependence of magnetization of manganese ferrite in weak fields PERIODICAL: Akademiya nauk SSSR. Izvestiya. Seriya fizicheskeya, Y. 25, no- 12, 1961, 1437-1438 TEXT: For the purpose of comparing the processes in man4anese ferrites with those in magnetite and cobalt ferrite, th*,tomperature dependence of the magnetization of monocrystalline manganese ferrite between nitrog n and room temperature was measured with the use of a pendulum magnetom:ter in the following three cases: (1) Prooooling the 0ferrite without magnetic field and raising the temperature from 800 to 280 K causes the magaetiza- tion to increase. (2) Precooling the ferrite in a magnetic field shows that magnetization at 860K is higher than it Is in the came mentioned under (1) and that it decreases steadily under heat action. (3) In case of precooling the ferrite in a field perpendicular to that applied during the magnetizing, magnetization shows the same behavior as in case (2). Card 1/2 31 98 S/048 61/025/012/002/022 ~B 16 Temperature dependence of ... B125 B112 The values obtained at nitrogen and room temperature for the induction of a manganese ferrite by means of the ballistic method in a field of Helmholtz coils after cooling without field or after cooling in a field of 5 oe agree with results obtained by the magnetometer method. In (1) and (2) the temperature behaves under analogous conditions similar as in magnetite and cobalt ferrite, the magnetization of manganese ferrite does, however, change within a temperature interval considerable wider than that in the afore-mentioned cases. In the third case magnetization will always be increased by the field parallel or perpendicular to the magnetic field applied during the cooling. Contrary to this, the magnetization of magnetite and cobalt ferrite is diminished by applying a field. Hence the conversion of the energy spectrum of electrorain the low temperature range is more complex than that with magnetite. There are 1 figure and 10 references: 5 Soviet and 5 non-Soviet. The four most recent refer- ences to English-language publications read as follows; Domenicali C. A., Phys. Rev.p _L6, 459 (1950); Okamura, Simoixokaq Phys. Rev., 83, 664 (1951); Domenicali 0. A., Rev. Scient. Instrum., 21, 327 (1950)1 Vervey E. et. al.. J. Chem. Phys. 15, 161 (1947). ASSOCIATION: Kharkovskiy gos. universitet im. A. M. Gor1kogo (Kharlkov Card 2/2 State University imeni A. M. Gorlkiy) S/120/63/000/001/032/072 E032/E-314 AUTHORS: Millner. A.$., Litovchenko, T.A. and Tatarinova, L.N. TITLE: Determination of the magnetic characteristics of thin. ferromagnotic films PERIODICAL; Pribory i telchnika eksporimenta, no. 1, 1963, 131 132 T MCT: A torsion magnetometer is described for daterniination of magnetization curves and static hysteresis loops 0of ferro- inagnetic'films in the 'temperature reinge 60 - 1 000 K. The magnetometer is shovrn in Fic-. 1. It. conzi-its of an evacuated glass or quartz tube I ; A quartz rod 4 is attached to a phosphor- bronze suspension at-one and and to a copper holder 3 at the other. The film under investigation io placed in this holder, -&-rhilo the suspension 5 is attached to the copper rod 6 which passes through the glass-to-metal seal .7 . A rigid copper frame 8 is firmly attached to the upper ond of the quartz rod 4 with its plane '.- perpendicular to the plane of the holder 3 . The mirror 10 is attached to this frame and is used to observe the rotation of the system. One end of the frame is soldered onto the Card 1/3 S/12o/63/000/001/032/072 Determination of .... E032/E314 lower end of the suspension 5 while the other end of the frnme is soldered to a copper wiro which forms a thermocouple junction. with a constantan wire l1k at the holder 3 . The other end of the constantan wire is taken up through tho glass-to-metal seal, forming a spiral around the suspension 5 . The necessary temperature is produced by placing the lower part of the tube in an eloctrical heater or a dowar. Thus, two loads are sufficient to determine the magnetization of the film by passing a compen- sating current through the coil 3 , the temperature boing measured b the thermocouple. Fig. 3 shows the hysteresis loop for 2 65Q K thick nickel film on a glass base. The experimental points are insatisfactory agreement with the theoretical curves. There irel figures. ASSOCIATION: Kharlkovskiy gosudarstvonnyy universitot (Khar1kov State University) SUBMITTED: April 7, 1962 Card Z/3 Determination of the .... Fig. 1: S/12o/63/000/001/032/072 E0321014 Fig. 3: Card 3/3. ZAN-IANZON, Ye.S.; MLINER, 13-1.; ROZBNBAL14, G.I.; Mz;!Ji, F.G. Suitability of various types of tissue culture for detecting poliomyelitis and other enteroviruses in the practical laboratory. Vop. virus. 6 no.6:750-754 11-D 161. (RIiia 15:2) 1. Gorodskafa owLitarno-epidemiolo iche kayq stantsiya Mo kva. POLIOMIELITIS) (VIRUSE31 (TISSUE GULIURL3 NMVp S*De, prof*; LADODOv K.S.v kand.med.rauk; KUZIMINSKAYAs G,Ya.; NIKOLAYMM, G.P.; ITMMrS. 1N0.; WMVSKINAp I.S.; X40MVICH't N.I.,, ZHUKOVA, L.D.; KUARMB.1-w; OSHMMCH,, A.M* PILATSKAYAt Ye.P. CUmical epidemiological characteristics of certain viral infections in childrenle institutions, Pediatriia 39 noe4,i6-13 Ap '1* (" 1414) L Is otdela detskikh infektaii (zav. - prof. S.D. Wosov) batituta pediatrii AMN SM i epidemiologicbeekogo otdela (zav, - S*A* Somweloya) Moakovskoy gorodskoy manitarno-epidemiologichookoy stantaii. (VIRUS DISNOW) ITSELWV F. G.; YAMPOLISKAYA, z. I.; ZALAMON, Ye. So UAJMH,, ~B.L; RCIZMAM, G. I.; TALINSKAYA, A. F. Focus of mixed diseases due to polioWelitis and Coxsackie (viruses] in a children's collective. Pediatriia no.6:15-19 162. (MIRA 15:6) 1. Is sanitarno-epidemiologicheiskoy stantaii Moskwy i Instituta pediatrii Ministeretva zdravookhraneniya RSFSR. (POLIOMYELITIS) (GOISACKIE VIRUSES) MILIRR, B.F.. Inzhener (ot~Lodeyxoye Pole) UsiXg a craae for cORtim4um chaaging of bridge girders. Zhel.der. transp. 37 se.4:83 AP 156. (K= 917) (Railroad bridges) MILIN&L-Bentsion ~akharovich- ANDJUANOV, I.I., inzh., retsenzent; VIASOV, B.V.., kand. ekono-mna-u~-k ., red.; SLIMNOVAO M.M., red. izd-va; CHER- POVAs Z.I., tekbn. red. (Saving of labor in auxiliary work in the machinery industry; practice of machine shopsl Ekonomii& truda na vspomogateltnykh rabotakh v mashinostroenii; na primere mekhanicheskikh tsekbov. Moskva, Gos.nauchno-tekhn.izd-vo mashinostroit.lit-ry, 1961, 173 p. (KERA 14:12) (Machine-shop practice) OP MILINER B Z. kand.ekon.nauk Norms for repair work. Mashinostroitel* no-11:39-41 W 061. (MIRA 14:11) (Machine tools--Maintenance and repair) , MILINER9 Bl. Z- ~k&nd. ekon. nauk Establishing technical norms for conveyIng operations in the machinery industry. Mashinostroitel* no.1008-39 A 062. (MMA 15: 10) (Machinery industry--4Production standards) KIINMI__,4~g-,i,-kand.okonomicheakikh nauk Specialization in repairing. Vent.mwhinostr. 42 no.SM-78 Ag 162. (Industrial equipmente-Maintenswe and repair) (IML 15:8) MILINER. Bentsion Zakharovich-, PETRUSHEV, I.M., red.; GERASIMOVA, U.S.* ~SiKn, red. P -1 [Improving the organization of industrial transportation) Sovershenstyovanie organizatsii promyshlenno transporta. Moskva, Ekonomizdat,, 1963. 183 po' &RA. 16:3) (11aterials handling) MILINER, Bentsion Zakharovrich; XATASHOVA, H.I.j red.; HARLOW, red. [Establishing norms for production maintenance) Normiro- vanie rabot-po obsluzhivaniiu proizvodstva. Moskva, Zko- nomikap 1964. 184 p. (MIRA 17:3) - MIMMFR, R.Z..--kand.ekonom.rAuI, Establishing norms for adjusting operations in the machdnery industry. Mashinostroitell no-3:36-38 Mr 164. (WRA 17-4) VLASOV, B.V... doktor ekonom.natik,prof.; MILINER, B.Z.,kand.ekonom.nauk Improve the enuirment and organization of auxiliary production. Vest.mashinostr. 44 no.7:3-6 Jl 164. (KRA 17:9)