SCIENTIFIC ABSTRACT PADERNO, I.P. - PADERNO, YU.B.

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CIA-RDP86-00513R001238720012-5
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S
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100
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January 3, 2017
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August 1, 2000
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12
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December 31, 1967
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SCIENTIFIC ABSTRACT
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L -.19829-65 ACCE&HON NR: AP404883 In th r! Unne to first fa,'Ilulre a' "ne S i' 7 7 7, j~~. R ACCESSIOIN J'S'R: AP4048831 R. 2 - --- --------- k 10156L ACCES-qlC.',N NR: AP404S'~31, Pr PADERNOy I.P. (Leningrad) ReliabdUlty of two red-andant restworatle syAtemb w-lIh one mervicing point, lzy. AN SSSR. Tekh. kdb. no.5~122-129 5-0 164. (14:Rol 17s12) KRIVITSKIT, Konstantin Alakeandrovich; POGODIN, Aleksandr Mikhaylovich; MARMOVA, G.I., inzh., md.; STROGANOV, L.P., inzh.; VIMINA, G.P., tekhn.red. [High frequency telephone apparatuol Apparatura vysokochastotnogo telefonirovanlia. Izd.2, perer. i dop, Koakvav Goo.traep,zhal- dor.izd-vo, 1959. 301 P. (MIRA 13:2) (Telephone) DXWYAR, I.Ya. (Kiyev); FALMO, V.N. (Kiyov). Metal failure parameters at high temperatures. 1xv.AN S=.Otd. tekh.nauk no.5-144-147 My 156. (NLRA 9:8) 1. Institut metallofiziki AN UM. (Metals at high temperatures) SAMSONOV, GpVq# otv,redg; FRANTMIGH, I.N., red.; FEWRCHRIM0, I.H., red,; PISARZKO, G.S., red.; MEWWMO, T.N., red,; PAMHO, T.H., red.; KISINA, I.T., red.izd-va; LISOVETS, A.K., tekh ~.red.~~-- [Ceramic metal materials and methods of studying them; technical data] Notallokeramicheakie materialy I metody ikh isaledovaniia; informatsionnys materiely. Kiev, 1959. 55 P. (HIRA 13:3) 1. Akademlia nauk URM, Kiev. Instytut metalokeramyky i spetsyall- nykh splaviv. (Ceramic metals) SAMSOTIOV, G. [Samaonov, Heb 1pnd. takhn. naUk-';--YA=TTOPO.-V.W International scientific contacts of the Institute of Metallo-Caramics and Special Alloys of the Academy of Sciences of the Ukrainian S.S.R. Visnyk AN URSR 30 no,7:64-66 Jl 159. (MIRA 12:10) (ceramic metals) (Alloys) 62670 S/080/60/033/007/017/020 00A AOO31AOO1 AUTHORS: Samsonov, G. V., Kosolapova , T. Ya., P~erno V. N. TITLE.: The Preparation of Thorium Carbides V1 PERIODICAL; Zhurnal prikladnoy khimii, 1960, Vol. 33, No. 7, pp. 1661-1664 TEXT: Thorium carbides, especially ThC2, are initial materials for - 0 cathodes in electronic engineering. A ThC2 cathode operates steadily at 1,900 C for 900 hours. The conditions for obtaining.pure ThC and ThC2 by the reactions: ThO2 +.3C - ThC + 2CO; Th02 + 4C =ThC2 + 2CO; were studied. Briquettes of the corresponding stoichiometric charges were heated in the vacuum furnace at temperatures from 1,000 to 1,900 0C. At temperatures below 1,4500C a product containing a large excess of free carbon is formed.. The optimum conditions for 0 obtaining pure ThC are heating of the briquettes at a temperature of 1,800-1,900 C and an initial pressure oof 2-3 - 10-2 mm Hg for 2 hours. The formation of dicarbide starts at 1,400 C. The optimum conditions for ThC2 preparation are_ heating at a temperature of 1,800-1,850 0C and an initial pressure of 2-3 - 10 2 mm Hg. The heating time for briquettes of 15-20 9 is 2 hours. It was shown that thorium carbides are easily soluble in water, diluted acids and alkali solutions. There are 2 graphs, 3 tables and 5 references: 4 Soviet and 1 American. _SUBMITIM: December 15, 1959 B/137/62/ooo/W4/036/201 A006/A101 AUTHORS: Kovallchenko, M. S., Paderno, V. N. T=: A Conference on metal science and production technology of cermet sintered carbides, refractory metals and compounds on their base, in Moscow, June 5 - 9, 1961 PERIODICAL: Referativnyy zhurnal, Metallurgiya, no. 4,1962, 38, abstract 40248 ("Poroshk. wetallurgiya", 1961, no. 5, 115 - 116) TEXT: Information is given on a Conference on sintered carbidesy organized by the All-Union Scientific Research Institute of Sintered Carbides in Moscow, from June 5 - 9, 1961. The Conf6rence heard 30 reports on investigations of the structure and propex-tties of sintered carbides of various grades; on the effect of the composition upon the physical and mechanical properties; on the develop- ment of new methods for manufacturing refractory compounds and the study of their properties. R. Andriyevskiy [Abstracter's note: Complete translation] Card 1/1 p,;Ldjotekhnika i ejektrr-)rJ41,-;-t 9 rrrl'OTr "r A r.9- a~,rtr on df..v Ice. (-.I ecron C aIn--de rirc a -t!-dM r a rt)lde i ri p - k t h f wl ABSTRACT. An experimental Card im m ~n=ss rqm PROMM-1MRS R~ Bull 04 mull A P 4 t. g ASSOCIATION: none SUBMITTED: 05Jun63 SUE CODE: mT-, E-c NO REF SOV- 004 ENC-T. 00 OTHER, 000 SAMSONOV, G.V., PADERNO, V.N. Preparation and certain properties of hafnium carbide. Zhur. prikl. khim. 34 no.5:963-969 My 161. (MIRA 16:8) 1. Otdel tugoplavkikh materialov Instituta metallokeramiki spetsiallnykh splavov AN UkrSSR. (Hafnium carbide) FADERNOP V- N- (Kiyev) Certain pbyzical properties of specimens of bafnitm carbide ceramic metal. Izv. AN SSSR. -Otd. takh. nauk. Met. i topi. no.6:176-178 N-D 1,62. (MIRA 16:1) (Hafnium carbide-Thermal properties) PADERNO. VA; LAPSHOV, YU.K. Investigating conditions of obtaining niobium carbide. PoroBh. met. 3 no.1:75-78 Ja-F 16'3. (MIRA 16:3) 1. Institut metallokeramiki i spetsiallnykh splavov AN UkrSSR. (Niobium carbide) PADEIUIO~ V- TI-; SAISONOV) G. 11. 10?reparation and pyysical properties of carbide mixed c7stals." Report presented at the Conference on Powder Metallurgy, Krakow, Poland, 19-21 Sept 63- PADERNO, 1,P., kand. tekhn. nauk Reliability and redundancy. Avtom., tclem. I sviazI 8 no.iO:15-16 o r64. (KIRA 17:11) Card p_SSOC:A"fjOT~,': none RON jF iNSOU "NAIN IN, IN -IS UZI M Sf ~Z,, AGCgSSjCR4 NeR 5 U L ."m ovo-MIMP OR IM M l4n, Padernos V. N. e~ -G. V. Samsonovq s.H. LIvovs V.N. Paderno. Obtaining ZrC, HfC, NbC, and TaC solid solutions by hot compacting of mixtures of oxides 'with carbon, Title: seminar on refractory metals, compounds, and alloys (Kiev, April 1963). Source: AtomnaYa energiyaq ve 15, no, 39 1963$ 266-267 ACCESSION NR: AP4000407 S/Q294/63/00i/.001/0145/0148 AUTHORS: Rakitin, S. P.; Fomenko, V. S.;tPaderno, V~.* W. TITLE: Some results of using,transition metal carbide ,sas thermionic emitters in electronic devices SOURCE: Teplofizika vy*sokikh temperatur, v. 1, no. 1" 1963, 145- 148 TOPIC TAGS: transition metal'carbide, thermionic emitter, heated cathode, zirconium, niobiuin, tantalum, electron gun,*electron tube design, hafnium 'ABSTRACT: To check on the'su'ggestion by 4.'1. Yelins~A: and G. A. Kudintseva (Radiotekhnika 1 61ektronika, v'-'7, No. 6' 1511, 1962) that the relative hardnes6 and thermal con'd,~ctivity 6.f-the carbides of some metals, as well as the relatively Yarge mean-square dis- placements of the atomic vibrations, can permit their use for Card J/ PADEW V* N. r alloys (Kiev, April 1963). on refractory metals', compminds) and y SOURGE2 Atomnaya'energiya, 15, no 3, 1963~ 266-267 ACCESSION NR.1 AP3008085 S. A. Nemponov. Specific feapures of electron structure.and certain properties of lot, 2nd,.and 3rd large-period refractory metals. G. V.' Samsonov,__V.~. Pad,~rno Some'14wo governing malting tempera- tures ands other physical properties of transition metals, -'Avarbe.I Thermodynamic stability of monocarbides of transitioni R. G. metals of subgroups 4, 5, and 6 and periodicity of the change'in some of their properties. V. K. Grigorovi'ch. The relationship between NaCl- and NiAl-type crystal s'tructures of transition metals and-the.ir electron structure. N. M. Yakobi,, V. A. Sinellnikova, and others. Obtaining high-purity!. vanadium and niobium by electron-beam melting. N. A. Brilliantov, V. N. Kachinskiy, L.-S. Starostina6 The growing of molybdenum and tungsterNsingle crystals by zone melting and de- termination of the Hall efi~ect. Card 3/11 :~g,72-6b EW EPF .7D WW,,'HW/ JG' ACCE&SION N~: AT4045967 15,, 0000, 64/ 001,1; Ot,(' I I' i 24 AUTHOR: Pademe. V. N~ TITLY: Refractor-y-carbide allovs F,,- partz if deviven rverating at high temperabires N-A nanr -ii aif5 rr, a-h! manufactuong). NfobcwA. TOPIC TAGS: refractory a1lay, carbide allov, carbide refractory caztnd, element, alloy pressing, all y rolling ABSTRACT: Carbides of the transition metsils are -vid,-Jy used as components of heat- - * )verating a.-. e levated un e r r-lslan! k1floysforparts of uond.,Uor Arnrtnp the know 9k, Jq e-MV n ;g ;~p pg S N,U - of" '4 MM-1 IF ig"tqp L 72-65t ACCESSION NR: AT40-459r' &~ioys becauBe Of tbc- initiati, 'C"Ielty of the mt '~f ()duct.6, guarantees hOmog ;tate at tj)e M,)m( the reducticm pr clell wllicf~ ar' "'i' rn ho u SCRr-b"'" _j(jp Part h ? resil-Ulal porosiLi r) -,ve stress Tb e 0.. Cal n f 1 v T M WN tell AT4045967 ESSIOIj NIL. ACC res of pawders p-ress-forming P",-"gs "plied to MLN-W I fleve"Ic-pe-ci This tS a A m athod has al GO 9. tar) eb No REF SU"! 14 7 Corti Card 4, L AT4045967 ACCMSI014 M" 02 TIC 'WiR~T ACCMION NR: OR ROM -M .r, ~W_-PV- I A Y~ ACCISSION 14H1 01,047"717 V. RU"' la,)erno, on carbide, a1101, porcoxi riateria", titanium, nio:)IIIE", 1, m TOPIC TAGS: heat emissi',, .14 c rc ium, elf'- hafniumi z rc M5 111- v? Core, sOMINSMINNI MR-1711 WOR :z~'._ci Mvwn Ri IL s u Byj 2 IF ACCESSION NR: AP4015296 SIOZ$01641000/00110086/0093 AUTHOR: Paderno, I. P. (Leningrad); Usachev, V. A. (Leningrad) TITLE: Some fundamentals of mass -servicing systems having a constant production and failures (losses) SOURCE: AN SSSR, Izvestiya. Tekhnicheskaya kibernetika, no. 1, 1964, 86-93 TOPIC TAGS: quequeing theory, mass servicing system, constant production mass servicing system, Erlang mass servicing system, all apparatae servicing ABSTRACT: The quantitative characteristics of a quequeing system in which incoming orders are serviced simultaneously by all service apparatae are considered. If the number. of orders equals that of the apparatae, new orders are not filled (losses). The ayatem. in question is based on these assumptions: (1) On arrival of an order, all apparatae service it, the time of servicing of one order by all apparatae being fortuitous and obeying an exponential law of'distributioa with a mean value 1 hence, Piv~