Capacitor devices for rapid charge/discharge storage

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Other Title
  • 高速充放電型蓄電デバイス“キャパシタ”の開発
  • 高速充放電型蓄電デバイス"キャパシタ"の開発 : キャパシタデバイスの高性能化を目指した電極材料の開発戦略
  • コウソクジュウホウデンガタ チクデン デバイス"キャパシタ"ノ カイハツ : キャパシタデバイス ノ コウセイノウカ オ メザシタ デンキョク ザイリョウ ノ カイハツ センリャク
  • — R&D strategies of electrode materials for high performance capacitor devices —
  • －　キャパシタデバイスの高性能化を目指した電極材料の開発戦略　－

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Description

Energy storage devices now require rapid charge/discharge performance, not only high storage capacity for convenient and energy efficient devices. Research and development of rapid charge/discharge storage devices are carried out in an interdisciplinary field of nanotechnology and device manufacturing, where the scope of research is very different in size and scale. This R&D is an interesting subject from the viewpoint of synthesiology, because the keys to device manufacturing are selection and combination of element technologies. In this paper, approaches and methods employed in the R&D of high performance capacitors are introduced from the discovery of innovative materials to device manufacturing, by citing examples carried out in research projects under industry-academia-government collaboration.

Journal

  • Synthesiology

    Synthesiology 6 (4), 228-237, 2013

    National Institute of Advanced Industrial Science and Technology

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