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Methods of making sintered metal oxide articles 원문보기

IPC분류정보
국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판)
  • C04B-033/32
출원번호 US-0251348 (1999-02-17)
발명자 / 주소
  • Konstantin Solntsev RU
  • Eugene Shustorovich
  • Sergei Myasoedov RU
  • Vyacheslav Morgunov RU
  • Andrei Chernyavsky RU
  • Yuri Buslaev RU
  • Richard Montano
  • Alexander Shustorovich
출원인 / 주소
  • American Scientific Materials Technologies, LP
대리인 / 주소
    Kenyon & Kenyon
인용정보 피인용 횟수 : 1  인용 특허 : 223

초록

Methods of making metal oxide articles, preferably iron oxide articles, and articles thereby produced. The method comprises the steps of slightly pressing powder to a compact, the powder consisting essentially of a first oxide of the metal; and subjecting the compact to a heat treatment that causes

대표청구항

1. A method of making a metal oxide article, comprising the steps of:pressing powder to form a compact, said powder consisting essentially of a first oxide of the metal; and subjecting said compact to a heat treatment, said heat treatment causing said powder to sinter into a unitary body and resulti

이 특허에 인용된 특허 (223)

  1. Wu James C. (Beaumont TX), Activated iron hydrogenation catalyst.
  2. Saito Hiroshi (Tokyo JPX) Sakamoto Noboru (Kanagawa JPX) Fukuya Hiroshi (Kanagawa JPX) Iwata Yoshihito (Tokyo JPX), Agglomerated ores and a producing method therefor.
  3. Saito Hiroshi (Tokyo JPX) Sakamoto Noboru (Kanagawa JPX) Fukuya Hiroshi (Kanagawa JPX) Iwata Yoshihito (Tokyo JPX), Agglomerated ores and a producing method therefor.
  4. Beck Henry Nelson (Walnut Creek CA), Alpha iron (III) oxide crystals and derivatives.
  5. Isaksson Juhani (Karhula CA FIX) Kuivalainen Reijo J. (San Diego CA), Apparatus for filtering gases.
  6. Retallick William B. (West Chester PA), Apparatus for shaping a spiral catalyst support.
  7. Ogawa Takatoshi (Tokyo JPX) Yoshioka Yasuhiko (Tokyo JPX) Tsubouchi Nobuo (Tokyo JPX) Saito Toshio (Tokyo JPX) Hasegawa Tamotsu (Tokyo JPX) Fujishima Akira (Kawasaki JPX) Hashimoto Kazuhito (Yokohama, Architectural material using metal oxide exhibiting photocatalytic activity.
  8. Ernest Michael V. (Baltimore MD), Auto exhaust catalyst composition having low H2S emissions and method of making the catalyst.
  9. Cavanagh Patrick E. (95 Balmoral Avenue Toronto ; Ontario CAX M4V 1J5), Autogenous roasting of iron ore.
  10. Hickman David L. (Big Flats NY), Batch compositions for cordierite ceramics.
  11. Thistlethwaite Terence (Middlesbrough GB2) Maat Johan H. H. T. (Stockton-on-Tees GB2) Davidson Peter J. (Darlington GB2), Bed packing material.
  12. Topham Susan A. (Stockton-on-Tees GB2), Catalyst.
  13. Fujimori Kuniaki (Tokyo JPX) Suzuka Teruo (Kawaguchi JPX) Inoue Yukio (Urawa JPX) Aizawa Shirou (Toda JPX), Catalyst for cracking heavy hydrocarbons.
  14. Campbell Larry E. (Knoxville TN), Catalyst for the prduction of nitric acid by oxidation of ammonia.
  15. Campbell Larry E. (Knoxville TN), Catalyst for the production of nitric acid by oxidation of ammonia.
  16. Maat Johan H. H. T. (Stockton-on-Tees GB2), Catalyst of a sintered iron oxide-containing article.
  17. Flockenhaus Claus (Essen DEX) Grimm Daniel (Schlangenbad-Brstadt DEX) Kainer Hartmut (Wiesbaden DEX) Laue Karl H. (Hattingen DEX), Catalyst plate.
  18. Thistlethwaite Terence (Middlesbrough GB2) ter Maat Johan H. H. (Stockton-on-Tees GB2) Davidson Peter J. (Darlington GB2), Catalyst precursors.
  19. Pereira Carmo J. (Columbia MD) Hegedus Louis (Rockville MD) Maselli James M. (Columbia MD), Catalyst with high geometric surface area.
  20. Lussier Roger J. (Ellicott City MD), Catalysts and catalyst supports.
  21. Dewdney Thomas Gordon (Stockton-on-Tees EN) Dowden Dennis Albert (Stockton-on-Tees EN) Morris Wyndham (Stockport EN), Catalysts for hydrogenation.
  22. Fukuda Hiroshi (Nara JPX) Matsumoto Ikuo (Ikoma JPX) Tabata Kenji (Ikoma JPX), Catalytic composite for purifying exhaust gases and a method for preparing the same.
  23. Stoephasius Rainer (Altenkunstadt DEX) Mathes Wieland (Michelau DEX) Neufert Ronald (Lichtenfels DEX) Schmelz Helmut (Prien DEX) Zrbig Jrgen (Burgkunstadt DEX), Catalytic converter and method for producing the same.
  24. Retallick William B. (West Chester PA), Catalytic converter for an automobile.
  25. Bloomfield Rodger E. (Linden MI), Catalytic converter having monolith with mica support means therefor.
  26. Mondt James R. (Pontiac MI) Schacher Ricky P. (Flint MI), Catalytic converter monolithic substrate retention.
  27. Lunkas Michael J. (Otisville MI) Spilker Matthew W. (Flint MI), Catalytic converter substrate and assembly.
  28. Foster Michael R. (Columbiaville MI), Catalytic converter with angled inlet face.
  29. Whittenberger William A. (Garrettsville OH), Catalytic exhaust pipe insert.
  30. Angwin Meredith J. (Palo Alto CA) Pfefferle William C. (Middletown NJ) Kesselring John P. (Mountain View CA), Catalytic monolith and method of its formulation.
  31. Jeong Hae-Beob (Seoul KRX), Cathode ray tube having a metal oxide film over a black matrix.
  32. Cleveland Joseph J. (Wysox PA), Ceramic cellular structure having high cell density and catalyst layer.
  33. Mimori Takashi (Takasago) Maeno Hiroshi (Tokyo) Endo Tasuhiko (Yokohama) Morishita Tomohiro (Kakogawa JPX), Ceramic filter for a dust-containing gas and method for its production.
  34. Mochida Shigeru (Kasugai JPX) Kojima Masaru (Nagoya JPX) Kitagawa Jun (Nagoya JPX) Ikeshima Koichi (Okazaki JPX), Ceramic honeycomb body.
  35. Inoguchi, Kazuhiro; Okamoto, Kunio; Isomura, Keiichiro, Ceramic honeycomb catalyst support coated with activated alumina.
  36. Higuchi Noboru (Nagoya JPX) Yano Teruo (Nagoya JPX) Ohnishi Masahiro (Kuwana JPX), Ceramic honeycomb filter.
  37. Hattori Isao (Nagoya JPX) Ikeshima Koichi (Okazaki JPX), Ceramic honeycomb structural bodies.
  38. Inuzuka Tsutomu (Osaka JPX) Harada Shinji (Osaka JPX) Mido Yuji (Osaka JPX) Tojyo Tadashi (Osaka JPX) Tomioka Satoshi (Osaka JPX), Ceramic including alumina and a complex oxide.
  39. Witzke Horst (Flemington NJ) Kear Bernard H. (Whitehouse Station NJ), Ceramic microtubular materials and method of making same.
  40. Davidson Peter J. (Darlington GB2), Ceramic structures.
  41. Buljan Sergej T. (Acton MA) Lingertat Helmut (Dorchester MA) Wayne Steven F. (Scituate MA), Ceramic-metal articles and methods of manufacture.
  42. de Bruin Henderikus Johannes (Bellvue Heights AU) Warble Charles Edward (Glen Waverley AU), Chemical bonding of metals to ceramic materials.
  43. Cornelison Richard C. (Hiram OH) Whittenberger William A. (Ravenna OH), Composite catalytic converter.
  44. Noguchi Tamio,JPX ; Watanabe Yukitaka,JPX, Composite fine particles of metal oxides and production thereof.
  45. Hindin Saul G. (Mendham NJ) Dettling Joseph C. (Jackson NJ), Compositions and methods for high temperature stable catalysts.
  46. Harada Takashi (Nagoya JPX) Hamanaka Toshiyuki (Suzuka JPX) Hamaguchi Kunikazu (Nagoya JPX) Asami Seiichi (Okazaki JPX), Cordierite honeycomb-structural body and a method for producing the same.
  47. Cornelison Richard C. (Hiram OH), Core element and core for electrically heatable catalytic converter.
  48. Sheller David T. (Garrettsville OH), Core element for catalytic converter.
  49. Rowcliffe David J. (Stockholm SEX) Allam Ibrahim M. (Dhahran CA SAX) Jorgensen Paul J. (Cupertino CA), Corrosion resistant coatings.
  50. Ownby Paul Darrell (1 Woodland Drive Rolla MO 65401), Dense chromium sesquioxide.
  51. Chao Tai-Hsiang (Mt. Prospect IL), Die for extruding and wash coating.
  52. Ozaki Sei (Aichi JPX) Inoue Satoru (Hazu JPX) Futamura Shoji (Kawasaki JPX), Die for extruding honeycomb structural bodies.
  53. Mann Gamdur S. (Flint MI), Diesel exhaust particulate traps.
  54. Nadkarni Anil (Mentor OH) Samal Prasan K. (Pepper Pike OH) Synk James E. (New York NY), Dispersion strengthened metal composites.
  55. Cornelison Richard C. (Hiram OH) Whittenberger William A. (Garrettsville OH), Electrically heated catalytic converter.
  56. Hoggard Dale B. (Allegheny County PA) Robinson Quentin K. (Allegheny County PA), Erosion, thermal shock and oxidation resistant refractory compositions.
  57. Hitachi Yuzo (Shizuoka JPX) Serizawa Haruo (Shizuoka JPX), Exhaust gas cleaning device.
  58. Takikawa Kazunori (Numazu JPX) Serizawa Haruo (Shizuoka JPX), Exhaust gas cleaning device.
  59. Honda Masaaki (Itami JPX) Ihara Tomohiko (Itami JPX), Exhaust gas purification filter.
  60. Jaffe Peter R. (Princeton NJ) Park Jae W. (Lansing MI), Extraction of non-ionic organic pollutants.
  61. Way Terrance (Flint MI), Extrusion die construction.
  62. Frost Rodney I. (Corning NY), Extrusion die for mini-monolith substrate.
  63. Cunningham George M. (Horseheads NY) Frost Rodney I. (Corning NY) Lachman Irwin M. (Corning NY), Extrusion die for protrusion and/or high cell density ceramic honeycomb structures.
  64. Glatzle Rudolf (Reutte ATX) Huber Ronald (Vils ATX) Schopf Thomas (Breiterwang ATX) Schretter Michael (Ehrwald ATX), Extrusion process and tool for the production of a blank having internal bores.
  65. Noakes Michael Lesney (Reading EN) Caesar Wilfred George (Reading EN) Lloyd Henry (Wantage EN), Fabricating bodies.
  66. Spridco Jack P. (New Berlin WI), Fabrication and assembly of metal catalytic converter catalyst substrate.
  67. Charles Richard J. (Schenectady NY) Gaddipati Achuta R. (Scotia NY), Ferrite body containing metallization.
  68. Hill James B. (Natrona Heights PA), Ferritic stainless steel.
  69. Mantese Joseph V. (Troy MI) Micheli Adolph L. (Harrison Township MI) Dungan Dennis F. (Mt. Clemens MI) Schubring Norman W. (Troy MI) Callewaert Clyde M. (Sterling Heights MI), Filter elements having ferroelectric-ferromagnetic composite materials.
  70. Ogletree Bruce J. (Iselin NJ), Filter media and method of filtration.
  71. Sundstrm Erik (Havregrand 1 S-811 60 Sandviken SEX) Sjogren G. H. Pedro (Ronnbergagatan 52 S-723 46 Vsteras SEX), Flow divider.
  72. Ohmori Akira (Ibaraki JPX) Inukai Hiroshi (Settsu JPX), Fluorine-containing water-repellent oil-repellent composition.
  73. Buxbaum Charley (Baden CHX), Gas discharge device with metal oxide carrier in discharge path.
  74. Ishiguro Saburo,JPX ; Fujita Yoshitsugu,JPX ; Iwata Tetsuhiro,JPX, Health support device and method of producing the same.
  75. Inagaki Shinji (Aichi JPX) Fukushima Yoshiaki (Aichi JPX) Okada Akane (Aichi JPX) Fukumoto Kazuhiro (Aichi JPX) Kuroda Kazuyuki (Tokyo JPX), Heat resistant layered porous silica and process for producing the same.
  76. Rao Banagaru V. N. (Annandale NJ), High performance high strength low alloy wrought steel.
  77. Hattori Isao (Nagoya JPX) Ikeshima Kouichi (Okazaki JPX), High strength ceramic honeycomb structure.
  78. Thomas Gareth (Berkeley CA) Rao Bangaru V. N. (Albany CA), High strength, tough alloy steel.
  79. Zeller Robert S. (Boston MA), High-efficiency metal membrane element, filter, and process for making.
  80. Gasper Bertram (Troisdorf-Spich DEX) Neuschaffer Karlheinz (Leichlingen DEX) Spielau Paul (Troisdorf-Eschmar DEX), High-temperature resistant molded catalysts and process for their production.
  81. Maus Wolfgang (Bergisch Gladbach DEX) Swars Helmut (Bergisch Gladbach DEX) Wieres Ludwig (Overath DEX), Honeycomb body with internal leading edges, in particular a catalyst body for motor vehicles.
  82. Maus Wolfgang (Bergisch Gladbach DEX) Wieres Ludwig (Overath DEX), Honeycomb body, in particular catalyst carrier body, formed of a plurality of entwined bundles of sheet metal.
  83. Hoelderich Wolfgang (Frankenthal DEX) Biffar Werner (Frankenthal DEX) Irgang Matthias (Heidelberg DEX) Mross Wolf D. (Frankenthal DEX) Kroener Michael (Mannheim DEX) Ambach Eberhard (Limburgerhof DEX, Honeycomb catalyst and its preparation.
  84. Cornelison Richard C. (Hiram OH), Honeycomb fluid conduit.
  85. Nishizawa Kimiyoshi (Kanagawa JPX), Honeycomb metal catalyst apparatus.
  86. Gulati Suresh T. (Elmira NY), Honeycomb structure with high thermal shock resistance.
  87. Bacigalupo Nelson A. (Ann Arbor MI), Increased retention forces in steel interference FIT assemblies and methods to increase the retention forces.
  88. Mott Lambert H. (Farmington Industrial Park Farmington CT 06032), Inertial filter of the porous metal type.
  89. Devos Francis (Les Ulis FRX) Garda Patrick (Thiais FRX) Zavidovique Bertrand (Paris FRX), Integrated retina having a processors array.
  90. Jennings James R. (Cleveland GB2), Iron catalyst and method of producing it.
  91. Schneider Michael (Ottobrunn-Riemerling DEX) Pohl Joachim (Dsseldorf DEX) Kochloefl Karel (Moosburg DEX) Bock Ortwin (Landshut DEX), Iron oxide-chromium oxide catalyst and process for high temperature water-gas shift reaction.
  92. Lipp G. Daniel (Painted Post NY), Lightweight ceramic structures and method.
  93. Sawan Samuel P. (Tyngsboro MA) Shalon Tadmor (Brentwood MO) Subramanyam Sundar (Stoneham MA) Yurkovetskiy Alexander (Acton MA), Liquid dispenser for sterile solutions.
  94. Shockley James D., Load adjusting device for a hoist.
  95. Christenson Barry O. (Fargo ND) Mayfield Albert H. (Lennon MI), Low restriction exhaust treatment apparatus.
  96. Takedoi Atsushi (Hiroshima JPX) Tanihara Mamoru (Hiroshima JPX) Harada Tosiharu (Hiroshima JPX) Isoai Masaru (Hiroshima JPX) Fujita Kazuhiro (Hiroshima JPX), Magnetic iron oxide particles and method of producing same.
  97. Schoenafinger Eduard (Mannheim DT) Leutner Bernd (Maxdorf DT), Manufacture of g 상세보기
  • Autzen Horst (Freinsheim DEX) Motz Herbert (Beindersheim DEX) Rudolf Peter (Neuhofen DEX) Sarnecki Wilhelm (Limburgerhof DEX) Steck Werner (Mutterstadt DEX) Vaeth Guenter (Limburgerhof DEX), Manufacture of acicular ferrimagnetic iron oxide.
  • Sarnecki Wilhelm (Limburgerhof DEX) Marosi Laszlo (Ludwigshafen DEX) Autzen Horst (Freinsheim DEX) Ohlinger Manfred (Frankenthal DEX) Steck Werner (Mutterstadt DEX), Manufacture of acicular ferrimagnetic iron oxide.
  • Brodt Rudolf (Weinheim DEX) Jakusch Helmut (Frankenthal DEX) Koester Eberhard (Frankenthal DEX) Loeser Werner (Ludwigshafen DEX) Ohlinger Manfred (Frankenthal DEX) Sarnecki Wilhelm (Limburgerhof DEX), Manufacture of acicular, ferrimagnetic iron oxide.
  • Nol Lon (Viroflang FRX) Steine Hans T. (Cugy CHX) Seifahrt Horst (Belmont CHX), Material mixture, method of processing same and use thereof.
  • Day John P. (Big Flats NY) Johnson Timothy V. (Corning NY), Material, structure, filter and catalytic converter.
  • Cyron Theodor (Bergisch Gladbach DEX), Metal catalyst carrier body having two dissimilarly corrugated sheet-metal layers.
  • Retallick William B. (West Chester PA), Metal catalyst support.
  • Retallick William B. (1432 Johnny\s Way West Chester PA 19380), Metal catalyst support having honeycomb structure and method of making same.
  • Falke Holger (Hemmingen DEX) Strauss Guenther (Hanover DEX), Metal foil supported catalyst.
  • Retallick William B. (West Chester PA), Metal honeycomb catalyst support having a double taper.
  • Retallick William B. (West Chester PA), Metal honeycomb catalyst support having a double taper.
  • Retallick William B. (West Chester PA), Metal honeycomb catalyst support having a double taper.
  • Anderson Marc A. (Madison WI) Webster Elizabeth T. (Madison WI) Xu Qunyin (Plainsboro NJ), Metal oxide membranes for gas separation.
  • Wellinghoff Stephen T. (San Antonio TX), Metal oxide-polymer composites.
  • Whittenberger William A. (Garrettsville OH), Metallic core member for catalytic converter and catalytic converter containing same.
  • Maus Wolfgang (Bergisch Gladbach DEX) Wieres Ludwig (Overath DEX), Metallic honeycomb as catalyst carrier with microstructures for flow mixing.
  • Davies Richard G. (Dearborn MI), Metallic supported catalytic system and a method of making it.
  • Hagiwara Michiaki (Kyoto JPX) Tomohiro Yoshitaka (Uji JPX), Method and apparatus for filtration using ferromagnetic metal fibers.
  • Kragle Harry A. (Corning NY), Method and apparatus for forming an article with multi-cellular densities and/or geometries.
  • Nakagawa Hiroshige (Sakurai JPX) Yamamoto Shigeo (Tondabayashi JPX) Ikeuchi Motokazu (Nara JPX) Yoshimura Yoshinori (Toyonaka JPX), Method for blackening Ni-Fe shadow mask and mesh belt type blackening lehr for carrying out the method.
  • Hofmann Hans (Muehlheim DEX) Wendt Hartmut (Dieburg DEX), Method for bonding a porous metal layer to a cermet surface.
  • Liu Paul K. T. (O\Hara Township ; Allegheny County PA) Wu Jeffrey C. (O\Hara Township ; Allegheny County PA), Method for forming metal-oxide-modified porous ceramic membranes.
  • Aghajanian Michael K. (Newark DE) Newkirk Marc S. (Newark DE) Kennedy Christopher R. (Newark DE) Kantner Robert C. (Newark DE) Rocazella Michael A. (Newark DE) Weinstein Jerry G. (Newark DE) White Da, Method for in situ tailoring the component of ceramic articles.
  • Beall George H. (Big Flats NY) Mansfield Gerald R. (Painted Post NY) Schreurs Jan W. H. (Corning NY), Method for making porous magnetic glass and crystal-containing structures.
  • Chapman, Lloyd R.; Vigor, Charles W.; Watton, John F., Method for manufacturing a wound foil structure comprising distinct catalysts.
  • Abe Kazunobu (Izumi JPX) Nakatsuji Tadao (Matsubara JPX), Method for producing a catalytic structure for the reduction of nitrogen oxides.
  • Cyron Theodor (Bergisch Gladbach DEX), Method for producing a honeycomb body, especially a catalyst carrier body having sheet metal layers twisted in opposite.
  • McCandlish Larry E. ; Kear Bernard ; Angastiniotis Nicos C.,CYX, Method for producing amorphous based metals.
  • Gorling Karl Goran (Lidingo SW), Method for producing coarse powder, hardened iron oxide material from finely divided raw material substantially consisti.
  • Nadkarni S. K. (Jonquiere CAX) Raghavan Narasimha S. (Kingston CAX), Method for producing composite ceramic structures using dross.
  • Dobo ; Emerick J., Method for producing fibrous steel matts.
  • Kennedy Christopher R. (Newark DE) Urquhart Andrew W. (Newark DE) White Danny R. (New Castle DE) Newkirk Marc S. (Newark DE), Method for producing self-supporting ceramic bodies with graded properties.
  • Hayashi Yukihiro (Suita JPX) Sueyoshi Toshinobu (Kyoto JPX) Hirai Shigeo (Ohtsu JPX) Kishimoto Mikio (Kyoto JPX) Tashita Katsunori (Suita JPX) Amemiya Masahiro (Takatsuki JPX), Method for production of metal magnetic particles.
  • Murayama Norimitsu,JPX ; Torii Yasuyoshi,JPX, Method for production of metal-based composites with oxide particle dispersion.
  • Ohhashi Tsuneaki (Ohgaki JPX) Tsuno Nobuo (Kasugai JPX) Harada Takashi (Nagoya JPX), Method for treating sintered alloy.
  • Hashimoto Yotaro (Shiga-ken JPX), Method of and apparatus for processing metal material.
  • Peters Donald C. (Savona NY) Seely Richard L. (Horseheads NY), Method of extruding thin-walled honeycomb structures.
  • Oechsle Dietmar (Schwbisch Gmnd DEX) Baur Wolfgang (Waldstetten DEX) Gottkehaskamp Ludger (Schwbisch Gmnd DEX), Method of filtering beverages and chemical, pharmaceutical, or similar liquids.
  • Thomas Gareth (Berkeley CA) Kim Nack J. (Florham Park NJ) Ramesh Ramamoorthy (Berkeley CA), Method of forming high-strength, tough, corrosion-resistant steel.
  • Hughes John (Long Grove IL), Method of improving water-swellable clay properties by re-drying, compositions and articles.
  • Yannopoulos Lymperios N. (Churchill PA) Pierre Joseph F. (West Deer PA), Method of making a 상세보기
  • Kubicek Vladimir (Seuzach CHX), Method of making a porous dimensionally stable heat-resistant and corrosion-resistant plate-like structure.
  • Dwivedi Ratnesh K. (Wilmington DE), Method of making ceramic composite articles and articles made thereby.
  • Edelstein Alan S. ; Harris Vincent G., Method of making chemically engineered metastable alloys and multiple components nanoparticles.
  • Thomas Gareth (Berkeley CA) Rao Bangaru V. N. (Albany CA), Method of making high strength, tough alloy steel.
  • Grebe Klaus (Kettwig DT) DE Haas Hans (Meerbusch DT) Dautzenberg Norbert (Wegberg-Beeck DT) Hewing Josef (Monchen-Gladbach DT), Method of making iron powder.
  • Newkirk Marc S. (Newark DE) Zwicker Harry R. (Elkton MD), Method of making self-supporting ceramic materials and materials made thereby.
  • Miyahara Kazuhiro (Nagoya JPX), Method of manufacturing ceramic honeycomb-structural body.
  • Imaeda Minoru (Nagoya JPX) Asai Emi (Nagoya JPX) Okamoto Katsunori (Nagoya JPX), Method of manufacturing ferrite crystals.
  • Yoda Minoru (Saku JPX) Tokuoka Yasumichi (Komoro JPX), Method of manufacturing ferromagnetic magnetic metal powder.
  • Jaco ; Jr. Charles M. (York County SC), Method of preparing iron powder.
  • Schrey Gnter (Linz ATX) Tessmer Gero (Linz ATX) Katzensteiner Karl (Traun ATX) Kopper Klaus (Leoben ATX), Method of producing cold-moulded iron-containing briquettes.
  • Ferrando William A. ; Divecha Amarnath P. ; Kerr James M., Method of producing high temperature superconductor wires.
  • Bockstiegel Georg Heinrich Artur Gerhard (Hoganas SW), Method of producing magnetite article.
  • Ehara Hideharu (Tokyo JPX), Method of producing metal support for exhaust gas catalyst.
  • Zeilinger Hans (Puchheim DEX) Muhlratzer August (Gilching DEX) Stemmler Bruno (Karlsfeld DEX), Method of producing protective oxide layers.
  • Moriguchi ; Sanseki ; Abe ; Hiroshi ; Takenaka ; Joichi ; Yoshikoshi ; H ideyuki ; Komatsu ; Osamu, Method of reducing NO.sub.x present in an exhaust to harmless N.sub.2.
  • Gens, Theodore A., Methods for the removal of gaseous impurities from mixed gas streams.
  • Newkirk Marc S. (Newark DE) Urquhart Andrew W. (Newark DE) Zwicker Harry R. (Elkton MD) Lesher H. Daniel (Wilmington DE), Methods of making composite ceramic articles having embedded filler.
  • Newkirk Marc S. (Newark DE) Zwicker Shirley L. (Elkton MD), Methods of making shaped ceramic composites.
  • Ishibashi Hirotaka (Fukuoka JPX) Hayashi Koichi (Fukuoka JPX) Nagayama Hiroyuki (Fukuoka JPX), Methods of manufacturing gradient function material.
  • Garcera Daniel (Tarbes FRX) Toujas Edouard (Bazet FRX) Gillot Jacques (Laloubere FRX), Module for filtering, separating, purifying gases or liquids, or for catalytic conversion.
  • Garcera Daniel (Tarbes FRX) Toujas Edouard (Bazet FRX) Gillot Jacques (Laloubere FRX), Module for filtering, separating, purifying gases or liquids, or for catalytic conversion.
  • Hervert George L. (Woodstock IL), Monolithic catalyst support member.
  • Ando Masanori,JPX ; Kadono Kohei,JPX ; Haruta Masatake,JPX ; Sakaguchi Toru,JPX ; Miya Masaru,JPX, Nonlinear optical materials and process for producing the same.
  • Newkirk Marc S. (Newark DE) Dizio Steven F. (Golts MD), Novel ceramic materials and methods for making same.
  • Roy Clermont A. (Sherbrooke CAX), Oxidation resistant barrier coated copper based substrate and method for producing the same.
  • Meier Werner (Elgg CHX), Packing element for an exchange column.
  • Bullock Wesley P. (Windham OH), Parallel path catalytic converter.
  • Khader ; Mahmoud M. (Albany CA) Lichtin Norman N. (Newton MA), Partially reduced ferric oxide catalyst for the making of ammonia via the photoassisted reduction of molecular nitrogen.
  • Jaffee Richard M. (Lincolnwood IL) Gershon Norman B. (Givrins CHX), Particulate sorbing and deodorizing mixtures containing synthetic and clay sorbents.
  • Martin Donald T. (Louisville OH) Paul Larry D. (North Canton OH) Carpenter Neil N. (Katy TX), Passivation of carbon steel using encapsulated oxygen.
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  • Beall George H. (Big Flats NY) Mansfield Gerald R. (Painted Post NY) Schreurs Jan W. H. (Corning NY), Porous magnetic glass structure.
  • Hashiguchi Don H. (University Heights OH) Klar Erhard (Beachwood OH), Porous metal parts and method for making the same.
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  • Hibst Hartmut (Ludwigshafen DEX) Kullmann Udo (Dirmstein DEX), Preparation of finely divided ferrite powders.
  • Kusner Robert Ernest (Brecksville OH) Muthig Robert William (Northfield OH), Preparation of weatherable ferrite agglomerate.
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  • Breslin Michael C. (Columbus OH), Process for preparing ceramic-metal composite bodies.
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  • Marcot Guy C. (Pulaski VA), Process for producing nonstoichiometric ferroso-ferric oxides.
  • Mano Yasuhiko (Toyohashi JPX) Mochizuki Takeshi (Shizuoka JPX) Sasaki Isamu (Kosai JPX) Shimokawa Akira (Kosai JPX), Process for producing single phase magnetite powder.
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  • Kowbuz Miro F. (Tucson AZ), Process for the production of high purity iron powder.
  • Trusov Lev I. (Moscow RUX) Lapovok Vladimir N. (Moscow RUX) Novikov Victor I. (Moscow RUX), Process for the production of porous membranes.
  • Biggerstaff George E. (Erwin TN), Process for the production of porous metal oxide microspheres and microspheres produced by said process.
  • Aaltonen Olavi A. (Pori FIX) Mkinen Juho K. (Pori FIX), Process for the roasting and chlorination of finely-divided iron ores and concentrates containing non-ferrous metals.
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  • Schwarz Ferdinand (Vienna OE) Bauer Erich (Unter-Eggendorf OE), Reactor having an austenite steel catalyst for purifying flue gas.
  • Cornelison Richard C. (Hiram OH) Whittenberger William A. (Ravenna OH), Reinforced corrugated thin metal foil strip useful in a catalytic converter core, a catalytic converter core containing.
  • Lidzey Raymond G. (London GBX), Separation of heavy metals from aqueous media.
  • Ishii Kei (Chiba-ken JPX) Aoki Yoshimasa (Chiba-ken JPX) Kawata Hideaki (Chiba-ken JPX) Fujiki Akira (Kanagawa-ken JPX) Nakamura Katsuyuki (Kanagawa-ken JPX) Takahashi Kazuhiko (Kanagawa-ken JPX), Sintered iron alloy resistant to abrasion at high temperature and method of manufacturing the same.
  • Retallick William B. (1432 Johnny\s Way West Chester PA 19382), Spiral catalyst support and method of making it.
  • Turner Charles Lamar (Delran NJ), Structural ceramic article and method of making same.
  • Whittenberger William A. (Garrettsville OH), Structure for electrically heatable catalytic core.
  • Nonnenmann Manfred (Schwieberdingen DEX), Support matrix for a catalytic reactor for scrubbing exhaust gases in an internal combustion engine.
  • Webster Elizabeth (Madison WI) Anderson Marc (Madison WI), Supported microporous ceramic membranes.
  • Luszcz Stanley J. (Hockessin DE) Urquhart Andrew W. (New Castle DE) Newkirk Marc S. (Newark DE), Surface bonding of ceramic bodies.
  • Buckwalter ; Jr. Charles Q. (Corning NY) Lachman Irwin M. (Corning NY) Patil Mallanagouda D. (Corning NY) Williams Jimmie L. (Painted Post NY), Surface modified structures.
  • Torii Yukio (Mons BEX) Nakamura Takao (Nagoya JPX), Thermal shock resistant ceramic honeycomb structures.
  • Frost ; Rodney I., Thermal shock resistant honeycomb structures.
  • Shustorovich Alexander ; Shustorovich Eugene ; Montano Richard ; Solntsev Konstantin,RUX ; Buslaev Yuri,RUX ; Myasoedov Sergei,RUX ; Morgunov Vyacheslav,RUX, Thin-walled, monolithic iron oxide structures made from steels.
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