Metal Nanoparticle Related Material Processing by Synergistic Effects of Solid-Liquid System and Ultrasound, Microwave Reactor　—Innovative Nanomaterial Fabrication Joining Environment, Low Cost and High Throughput—

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  • 固－液系原料と超音波・マイクロ波反応場の相乗効果を利用した 金属系ナノ材料合成プロセッシング　 ―高環境性・低コスト・高スループットが共立した革新的ナノ材料合成―
  • コ-エキケイ ゲンリョウ ト チョウオンパ ・ マイクロハ ハンノウジョウ ノ ソウジョウ コウカ オ リヨウ シタ キンゾクケイ ナノ ザイリョウ ゴウセイ プロセッシング : コウカンキョウセイ ・ テイコスト ・ コウスループット ガ キョウリツ シタ カクシンテキ ナノ ザイリョウ ゴウセイ

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<p>Many innovative processing of metal nanoparticle related material were developed by ultrasound and microwave reactor in solid-liquid system. Ultrasound and microwave reactor not only enhanced chemical reaction but also created novel chemical reaction. Metal oxide was used as eco-metal source in our processing. Solid-liquid (metal oxide–ethanol) system will be high concentration and high throughput processing. Realization of innovative nanomaterial fabrication enabled joining environment, low cost and high throughput by combining these reactor and metal oxide, solid-liquid system. This commentary explained reactor and nanomaterial processing problems and introduced the example of some metal nanoparticles related material processing by synergistic effects of solid-liquid system and ultrasound, microwave reactor.</p>

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