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      by 
      Inagaki, Michio.
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      , microelectronics, aerospace and high temperature, etc. These newly developed carbon materials were called NEW
      by 
      Fukuda, T. (Toshio), 1948-
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      . Section one is a general introduction to the historical background and the parallels to microelectronics
      by 
      Bothe, Hans-Werner.
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      , neurophysiology), technical engineering (microelectronics, micromechanics, robotics, microsystems), and clinical
      by 
      Smith, David J. (David John), 1943 June 22-
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      ""; ""4.2 Microelectronics data""; ""4.3 Overall data""
      269. 
      by 
      D'Agostino, Riccardo.
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      to a broad range of industries from microelectronics to space technology * Discusses a wide array of
      by 
      Nijholt, Anton, 1946-
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      Micro-Electronics; 5.3 Computers And Missiles; 5.4 Command, Control, And Communications; 5.5 Literature
      by 
      Reeve, Thomas C., author.
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      , particularly for the small sample volumes that are relevant to microelectronics applications. Thus, my research
      by 
      Ouvarov-Bancalero, Valery Georges, author.
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      available. More recently, the microelectronics industry started implementing the Cu wire-bond technology
      by 
      Kimura, Adam G., author.
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      Vulnerability & Attack Mitigation are the major sub-fields of Trusted Microelectronics where research progress
      by 
      Berthier, Jean, 1952-
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      Conclusion 336 -- 10.7 References 337 -- 11. Capillary Self-assembly for 3D Microelectronics 341 -- 11.1