タグ: 低環境負荷・高効率生産システム

高温場における灰粒子の付着・堆積機構が解き明かされ、燃焼プラントの長期的な稼働に貢献する。Measurement of the tensile and shear strength of powder layers is expected to reveal the adhesion and deposition mechanisms of ash particles at high temperatures and contribute to the long-term operation of combustion plants.

提案手法は、すでに多くの実際の化学プロセスに適用されており、大幅な効率化を実現しています。The method has already been applied to many actual chemical processes, and it has achieved significant increases in efficiency.

新しい連続結晶化装置はニーズに応じて多種多様な質の結晶化生成物をつくることができると期待されています。The newly developed continuous crystallization process can obtain crystalline products of various qualities meeting the requirements.

ほぼ室温で高パフォーマンスの半導体デバイスを製造することが可能になる。太陽光発電の高効率化の発展に貢献 In the future, fabrication semiconductor devices are realized at room temperature or low temperature even keeping present quality. That would contribute to developing high efficiency of solar power generation, etc.

この研究成果は触媒活性やエネルギー効率のより良い反応器の設計に役立つと期待されます。These results are expected to be useful in designing reactors with better catalytic activity and energy efficiency.

次世代加熱装置のコア技術、電気配線の無い 革新的無電極ランプを用いて半導体の急速加熱を実現. Developing rapid heating technology with the microwave induced wireless heating lamp.

この研究は将来、少ない量の石油を採掘出来るため、地球温暖化対策に役立ちます。The precipitation-type chemical reaction was though suppressing the flow in the porous medium. It was demonstrated that there was potential to cause a convection unstable in a fluid.