1) gupta potential
Gupta多体势
1.
By using the genetic algorithm with a many-body Gupta potential, the structures and stabilities of aluminum and nickel clusters and small aluminum-nickel nanoalloy clusters are studied.
采用遗传算法,选取Gupta多体势优化了Ni、Al单质团簇和Al-Ni合金团簇的基态构形。
2.
In this paper, with a genetic algorithm we study the structures andstabilities of aluminum and nickel clusters and aluminum-nickelnanoalloy clusters, modeled by many-body Gupta potential, It makesclear that for pure nickel clusters, the lowest structures are based onicosahedral packing, while the pure aluminum clusters tend to formamorphous structures.
本文采用遗传算法,选取了Gupta多体势优化了Ni团簇,Al团簇,Al-Ni合金团簇的基态构形。
3.
The lowest-energy geometric structures of rhodium clusters were obtained by using a semiempirical Gupta potential combined with a global evolutive algorithm.
采用半经验的Gupta多体势结合遗传算法,系统地研究了Rhn(n=3～57)团簇的几何结构特性。
2) Gupta potential
Gupta势
1.
In this paper, we first use Gupta potential and Sutton-Chen potential combined with genetic algorithm to perform a systematic study of the ground state structural properties of Irn(n=2-60) clusters.
本文采用Gupta势和Sutton-Chen势结合遗传算法系统地研究了Irn(n=2-60)团簇的基态结构特性。
2.
Molecular dynamics method and Gupta potential are used to study the melting of Ir clusters with atoms of 13, 55 and 147.
采用分子动力学和Gupta势函数,对包含13,55和147个原子的Ir团簇熔化性质进行模拟研究,结果表明:在所研究的Ir团簇的熔化过程中皆有预熔化行为,并且随着团簇尺寸的增大预熔化区间变小。
3) many-body potential
多体势
1.
A new model of many-body potentials for HCP metals;
一种用于HCP金属的多体势模型
4) F-S N-body potential
FS多体势
5) F-S N-body potential
F-S多体势
6) polyploid advantage
多倍体优势
1.
This paper reviewed the research progress on utilizations of crop heterosis and polyploid advantage, and proposed conception of crop arrangement advantage in accordance with crop yield fluctuation and the hard situation to give full play of the advantage potential.
回顾了作物杂种优势和多倍体优势利用的研究情况,针对目前作物产量徘徊、优势潜力难以发挥的现状,提出了作物层次优势利用的构想,即作物优势利用发展3个阶段:二倍体杂种优势利用、多倍体杂种优势利用和功能基因优势利用。
补充资料：在势
1.犹当权。
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