quantum chaos造句

• The origin of the quantum chaos come from the consideration of the quantum counterpart of dynamical chaos in classical mechanics
  量子混沌的起源来自对经典混沌的量子对应的考虑。
• Recently, along with the fast development of experiment technology, there are some experiment about the quantum chaos in the condensed-matter systems
  近几年来，随着实验技术的发展，对凝聚态系统中的量子混沌的实验研究被提上了日程。
• Some aspects of quantum chaos in a finite system had been studied based on the analysis of statistical behaviors of quantum spectra in heavy and superheavy nuclei
  摘要通过观察和分析重核和超重核中量子谱的统计性质，研究有限物理体系中量子混沌的一些问题。
• When observing energy level of a chaotic system changing with one of the parameter, there are many avoided crossing, which possibly is an important sign of quantum chaos
  在研究经典混沌系统的量子能级随某一参数变化时，人们观察到了大量的“能级回避交叉”，这种现象很可能是量子混沌的一个重要标志。
• quantum chaos as a new dynamical phenomenon, which appeared in the 1970's, is a new research field of the quantum mechanics, but up to the present, it is a controversial topic
  量子混沌作为一种新的力学现象，是上世纪70年代开始出现的量子力学中一个新的研究方向，但是至今仍然是一个有争议的问题。
• But because there is the uncertainty principle in quantum mechanics, the particle's momenta and coordinates ca n't be determined at the same time, we ca n't use the orbits in phase space to describe quantum chaos
  但是在量子力学中，由于不确定关系，粒子的动量和坐标不能同时被确定，所以经典庞加莱截面取法就不适用了。
• At present, the major research of quantum chaos is to show the relation between the semi-classical behavior of quantum system and the classical chaos, and to find the feature of quantum irregular motion . in this way, some development have been achived . but the quantum origin of chaos is still vague now
  目前，量子混沌研究的主要工作是在揭示量子系统的半经典行为与经典混沌间的联系上，寻找量子不规则运动的特征，在这方面已经取得了一定的成绩，但是在阐明混沌现象的量子力学根源上没有什么进展。