1) quantum potential
量子势能
1.
These characteristics are very similar to the particle world in quantum mechanism,therefore,based on quantum clustering,a novel categorical quantum clustering CQC algorithm was proposed by rewriting the distance_based quantum potential equation and defining the new dissimilarity measure.
基于此,参照量子聚类QC算法确定聚类中心的聚类策略,重写距离量子势能公式,定义相似性度量测度和相异性度量测度的新概念,提出了针对分类属性数据的量子聚类CQC算法,并对算法的聚类有效性进行了研究,通过同其它几个已有的算法的仿真实验比较,证明该算法是有效的、有一定的可扩展性,算法的一些性能优于已有的其它几个算法。
2.
Probability wave function,Schrdinger equation,quantum potential and quantum clustering(QC) algorithm are introduced.
介绍了概率波函数、薛定锷方程、量子势能和量子聚类(Quantum clustering,QC)算法。
3.
This paper introduces quantum potential,distribution mechanism of particle,a quantum clustering algorithm,gives the physical essence of the quantum clustering algorithm,and points out its advantage and the shortcoming.
介绍了量子势能、量子力学中粒子的分布机制和量子聚类算法,给出了量子聚类QC算法的物理理论根据,指出了量子聚类算法的优点和不足,提出了一种基于度量距离改变的量子聚类算法DQC,该算法对IRIS样本的聚类准确率比QC算法高出了8个百分点,实验结果证明了该算法的有效性。
2) thermal potential energy
热量势能
3) Energy Well
能量势阱
4) molecular potential energy
分子势能
1.
Based on the free volum theory, the relation between ultrasound velocity and molecular potential energy in organic liquids is discussed.
用液体分子自由体积理论，研究了有机液体声速与液体中分子势能间的关系。
5) electronic potential energy
电子势能
6) quantized potential trough
量子势阱
1.
It is of much significance that researches on the multi-quantized potential trough structure of light-luminescence have done to the analysis of material construction.
文章用数值逼进法研究了电场中量子势阱表面本征态效应 ,分析了极值的位置 ,定性、定量地解释了量子阱的光致发
2.
It is of much significance to the analysis of material construction that researches on the multi-quantized potential trough structure and the light-Lumiresence are done.
本文用数值逼进法研究了电场中量子势阱表面本征态效应,分析了极值的位置,定性地、定量地、解释了量子阱的光致发
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条