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Libros sobre el tema "Nickel-titanium"

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Autor: Grafiati
Publicado: 4 de junio de 2021
Última modificación: 29 de mayo de 2022

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1

Wiese, W. L. Spectroscopic data for titanium, chromium and nickel. Oak Ridge, Tenn: Controlled Fusion Atomic Data Center, Oak Ridge National Laboratory, 1989.

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2

G, Pushin V. y Kondratʹev V. V, eds. Nikelid titana: Struktura i svoĭstva. Moskva: "Nauka", 1992.

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3

Gi͡unter, V. Ė. Nikelid titana: Medit͡sinskiĭ material novogo pokolenii͡a. Tomsk: NII medit͡sinskikh materialov i implantatov s pami͡atʹi͡u formy Sibirskogo fiziko-tekhnicheskogo instituta pri Tomskom gos. universitete, 2006.

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4

Tietze, Holger. Phasenübergänge mit Memory Effekt: Neutronenstreuung an der Shape Memory Legierung NiTi. Frankfurt am Main: Verlag für Akademische Schriften, 1985.

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5

Stróż, Danuta. Oddziaływanie zniekształceń sieciowych na przebieg przemiany martenzytycznej w stopach NiTi. Katowice: Wydawnictwo Uniwersytetu Śląskiego, 2005.

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6

Fisher, G. T. Effects of composition and processing variables on transverse rupture strength and hardness of nickel-alloy-bonded titanium carbide. Pittsburgh, Pa: U.S. Dept. of the Interior, Bureau of Mines, 1987.

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7

Mines, United States Bureau of. Effects of Composition and Processing Variables on Transverse Rupture Strength and Hardness of Nickel-Alloy-Bonded Titanium Carbide. S.l: s.n, 1987.

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8

Institution, British Standards. Welding fusion welded joints in steel, nickel, titanium, and their alloys beam welding excluded: Quality levels for imperfections : BS EN ISO 5817:2003. London: British Standards Institute, 2003.

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9

L, Jerina Kenneth, ASTM International, ASTM International Committee E08 on Fatigue and Fracture y ASTM Committee F-4 on Medical and Surgical Materials and Devices, eds. Fatigue and fracture of medical metallic materials and devices: 2nd volume. West Conshohocken, PA: ASTM International, 2010.

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10

Oshida, Yoshiki y Toshihiko Tominaga. Nickel-Titanium Materials: Biomedical Applications. de Gruyter GmbH, Walter, 2020.

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11

Oshida, Yoshiki y Toshihiko Tominaga. Nickel-Titanium Materials: Biomedical Applications. de Gruyter GmbH, Walter, 2020.

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12

Oshida, Yoshiki y Toshihiko Tominaga. Nickel-Titanium Materials: Biomedical Applications. de Gruyter GmbH, Walter, 2020.

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13

Nickel-Titanium Smart Hybrid Materials. Elsevier, 2022. http://dx.doi.org/10.1016/c2020-0-04498-1.

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14

Zargar, Dr AB Wahid y Dr Omer Hussain, eds. Nickel-Titanium Single-File Systems. Weser Books, 2022. http://dx.doi.org/10.33545/wb.book.209.

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15

L, Wiese W., Musgrove Arlene y Oak Ridge National Laboratory. Controlled Fusion Atomic Data Center., eds. Spectroscopic data for titanium, chromium, and nickel. Oak Ridge, Tenn: Controlled Fusion Atomic Data Center, Oak Ridge National Laboratory, 1989.

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16

Nickel-Titanium Instruments and Applications in Endodontics. Medico Dental Media International, 1995.

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17

Bourke, Allyson. Force characteristics of nickel-titanium open-coil springs. 2007, 2007.

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18

Chow, Wilbur L. Force characteristics of nickel titanium closed coil springs. 2006.

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19

Jackson, Mark J., Alisson R. Machado y Marcio B. da Silva. Machining of Titanium and Nickel Alloys for Aerospace Applications. Springer, 2020.

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20

Best, Andrew Sheldon. Torsional cyclic fatigue of an endodontic nickel-titanium rotary instrument. 2003, 2003.

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21

Majumdar, Arunava. Interaction of aluminum, titanium and chromium with oxygen in nickel melts. 1994.

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22

Park, Jae Hyun. Interfacial reactions in nickel/titanium ohmic contacts to n-type silicon carbide. 2003.

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23

A Comparison of Dental and Skeletal Changes Between Rapid Palatal Expansion and Nickel Titanium Palatal Expansion. Storming Media, 1999.

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24

Hafezi, Ashkan. Examination and comparison of torsional fatigue profiles of rotary nickel-titanium files of varying size and design. 2005.

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25

Division, India Mineral Economics y Indian Bureau of Mines, eds. Status of special alloy metals in India: Cadmium, cobalt, molybdenum, nickel, niobium (columnium) & tantalum, selenium & tellurium, tin, titanium, tungsten and vandadium. Nagpur: Controller-General, Indian Bureau of Mines, 1998.

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26

Kong, X. Y., Y. C. Wang, X. F. Fan, G. F. Guo y L. M. Tong. Free-standing grid-like nanostructures assembled into 3D open architectures for photovoltaic devices. Editado por A. V. Narlikar y Y. Y. Fu. Oxford University Press, 2017. http://dx.doi.org/10.1093/oxfordhb/9780199533060.013.22.

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Resumen
This article describes three-dimensional open architectures with free-standing grid-like nanostructure arrays as photocatalytic electrodes for a new type of dye-sensitized solar cell. It introduces a novel technique for fabricating a series of semiconducting oxides with grid-like nanostructures replicated from the biotemplates. These semiconducting oxides, including n-type titanium dioxide or p-type nickel oxide nanogrids, were sensitized with the dye molecules, then assembled into 3D stacked-grid arrays on a flexible substrate by means of the Langmuir–Blodgett method or the ink-jet printing technique for the photocatalytic electrodes. The article first considers the fabrication of photoelectrodes with 2D grid-like nanostructures by means of the biotemplating approach before discussing the assembly and photophysicsof grid-like nanostructures into 3D open architectures for the photocatalytic electrodes.
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27

Kahn, S. Lowell y Sergio Rojas. Deployment Finesse of the Gore Excluder Stent Graft. Editado por S. Lowell Kahn, Bulent Arslan y Abdulrahman Masrani. Oxford University Press, 2018. http://dx.doi.org/10.1093/med/9780199986071.003.0002.

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The Gore Excluder stent graft was approved for use in the United States by the US Food and Drug Administration (FDA) in 2002. The Excluder is a modular, bifurcated endoprosthesis utilized in the treatment of abdominal aortic aneurysms. The Excluder endoprosthesis is constructed from an expanded polytetrafluoroethylene film and an incorporated “weldless” nickel–titanium stent skeleton for support. The device features no sutures, infrarenal fixation, and is made to be inserted through 12–18 Fr introducer sheaths. Since its approval by the FDA, the Excluder has undergone multiple changes, including profile reductions, the addition of an impermeable membrane (due to early graft material design associated with type IV endoleaks), and, most notably, a repositioning mechanism labeled the C3 Excluder. This chapter discusses multiple techniques of deployment of the Gore Excluder stent graft.
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28

Cockrem, Jeremy Maurice. Investigation of plasma nitriding and titanium nitride coating by physical vapour deposition of titanium 6A14V alloy to improve the wear resistance of inner bores V2:Final test results of plasma nitrided and physical vapour deposited titanium nitride coated titanium 6A1-4V samples and compared with samples coated using the established techniquesof electroless nickel phosphorous plating. 1995.

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29

United States. National Aeronautics and Space Administration. Scientific and Technical Information Division. y Failure Analysis Associates, eds. Nonequilibrium phase chemistry in high temperature structural alloys. [Washington, D.C.]: National Aeronautics and Space Administration, Office of Management, Scientific and Technical Information Division, 1991.

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30

High temperature composites. [Washington, DC]: National Aeronautics and Space Administration, 1995.

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31

Thiehsen, Kurt. The effect of primary alpha, nickel, and chromium on the creep properties of Ti 6242Si. 1993.

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