Challenge towards synthesis of non-silica-based hybrid mesoporous materials

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Other Title
  • ハイブリッド型の非シリカ系メソポーラス材料合成への挑戦
  • ハイブリッド型の非シリカ系メソポーラス材料合成への挑戦 : ここまできたメソポーラス材料の組成の設計と制御
  • ハイブリッドガタ ノ ヒシリカケイ メソポーラス ザイリョウ ゴウセイ エ ノ チョウセン : ココ マデ キタ メソポーラス ザイリョウ ノ ソセイ ノ セッケイ ト セイギョ
  • —ここまできたメソポーラス材料の組成の設計と制御—
  • —Level of compositional design and control of mesoporous materials achieved so far—

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Description

Amphiphilic organic molecules have often been transformed into liquid-crystal structures in their concentrated solutions. This paper focuses on a group of porous materials, called “ordered mesoporous materials.” Ordered mesoporous materials have nanostructures that replicate liquid-crystal structures. I report on the current level of compositional design that can be realized using mesoporous materials. In addition to silica-based materials, various inorganic compositions have been recently considered as possible alternatives. I have been striving to develop a more difficult method to obtain hybrid mesoporous materials in a non-silica-based system. To realize this, I have selected novel chemical resources for the synthesis of ordered mesoporous materials, proposed a new synthetic route, and realized reactivity control of such chemical resources and their functional design.

Journal

  • Synthesiology

    Synthesiology 11 (3), 115-127, 2018

    National Institute of Advanced Industrial Science and Technology

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