C&EN 9/ 4, 2006 p. 11
東大藤田先生 先日日経で読んだナノスケールフラスコ
記事は何を書いてるのかよくわからなかったのですが
Science 2006, 313, 1273 とのこと こちらも元文献よんでませんが
なるほど 素晴しい分子設計
フラスコとしての働きはまだちょっとフォローしきれていません
俺がごちゃごちゃ書くよりも
Curran先生の上手い例えを含めたコメントを
Dennis P. Curran, of the University of Pittsburgh, says Fujita's "elegantly designed and painstakingly crafted molecular spheres" could easily win a "Frank Lloyd Wright Award for Creativity in Molecular Architecture"—if such an award existed.
Curran sees both beauty and strength in the structure's exterior. "There's no door, but there are plenty of windows, and the residents seem quite content to enter and exit this way," he explains. "The sphere is furnished almost entirely with fluorines. If you are a fluorous molecule, the interior space is so warm, inviting, and ergonomic that you would much rather be inside than out."
東大藤田先生 先日日経で読んだナノスケールフラスコ
記事は何を書いてるのかよくわからなかったのですが
Science 2006, 313, 1273 とのこと こちらも元文献よんでませんが
なるほど 素晴しい分子設計
フラスコとしての働きはまだちょっとフォローしきれていません
俺がごちゃごちゃ書くよりも
Curran先生の上手い例えを含めたコメントを
Dennis P. Curran, of the University of Pittsburgh, says Fujita's "elegantly designed and painstakingly crafted molecular spheres" could easily win a "Frank Lloyd Wright Award for Creativity in Molecular Architecture"—if such an award existed.
Curran sees both beauty and strength in the structure's exterior. "There's no door, but there are plenty of windows, and the residents seem quite content to enter and exit this way," he explains. "The sphere is furnished almost entirely with fluorines. If you are a fluorous molecule, the interior space is so warm, inviting, and ergonomic that you would much rather be inside than out."
