据《科学》杂志最近报导,原以为由60个碳原子排成一个球形的巴基球表面是一个自由电子的均匀闪烁体。现在这一看法似乎是错了。根据美国和意大利化学家的研究,电子是在五个碳原子环上环行。 圣巴巴拉加利福尼亚大学的伍特尔及其同事和威尼斯大学的鲁齐尼以及柏度亚大学的麦奇尼一起,把一个精巧的“探查”分子接到一个巴基球(C_(60))上。这一探查分子的氢原子的排列能对巴基球表面环行的电子磁场起反应。这几位化学家得以证 According to a recent report in Science, the surface of a Buckyball, which was thought to be a spherical ball of 60 carbon atoms, is a free-electron homogeneous scintillator. This view now seems wrong. According to research by American and Italian chemists, electrons are cycled around five carbon atoms. Wooltel of the University of California at Santa Barbara and his colleagues, together with Lucizi of the University of Venice and McChini of the University of California at Santa Barbara, received an exquisite “probing” element from a Buckyball (C_ (60)) on. The arrangement of the hydrogen atoms of this probe molecule can react to the electronic magnetic field circulating around the surface of Buckyball. Several chemists have been able to prove this