1)  evolutionary computation
进化计算法
2)  evolution
进化
1.
Biological invasion and evolutionary biology of invasions;
生物入侵及入侵进化生物学
2.
Evolution of human T cell receptor variable gene segment families;
人类TCRαβ家族V基因的进化研究
3.
Human Hb s Failing to Interact on Human Hb and Its Evolutionary Significance;
几种鱼类血红蛋白不与人血红蛋白相互作用及其进化意义
3)  evolvement
进化
1.
A Tentative Study on Optimization Theorem of Evolvement of Generic Self-organization;
一般自组织进化优化定理初探
2.
Beginning with the relationship between real man and nature,based on the analysis on modern strong doctrine of human cantered and why it becomes modern zoology calamity and environment crisis,the author points out that only by remolding the harmonious and evolvement relationship between man and nature,the harmonious,sustainable and healthy development of human society and nature can be actualized.
文章从现实的人与自然关系入手,在解读、分析现代“强式人类中心主义”及其何以构成现代生态灾难和环境危机的基础上,指出只有构建相对和谐、协调进化的人与自然关系,才能实现人类社会与自然的协调、持续、健康的发展。
3.
It is bring forward that the activity of human being have positive and negative actions to evolvements of earth.
就此本文予以讨论并提出人类活动对地球进化具有正反两方面作用。
4)  evolution strategies
进化策略
1.
An improved evolution strategies and its application to protein structure prediction;
进化策略的一种改进及其在蛋白质结构预测中的应用
2.
Optimal control of soccer robot based on improved evolution strategies;
基于改进进化策略的足球机器人最优控制
3.
Improved evolution strategies for high-dimensional optimization;
适用于高维优化问题的改进进化策略
5)  evolutionary algorithm
进化算法
1.
Improved evolutionary algorithm for global optimization based on a smooth function;
改进的基于平滑函数的全局优化进化算法
2.
Application of evolutionary algorithm in the optimal design of ship structure;
进化算法在船体结构优化设计中的应用
3.
A new evolutionary algorithm for solving constrained optimization problems;
求解约束优化问题的一种新的进化算法
6)  Phylogenetic tree
进化树
1.
Fast algorithm for constructing neighbor-joining phylogenetic trees;
创建neighbor-joining进化树的快速算法(英文)
2.
Phylogenetic tree constructed by MegAlign indicates that A.
通过Me-gAlign得到的进化树表明,前3种菌株亲缘关系较近,三者与灰色小克银汉霉的亲缘关系较远。
3.
Methods All H5A1 sequence in NCBI genbank and influenza sequence database were downloaded and aligned,then fast maximizing likelihood method was applied to construct phylogenetic tree,and SRD.
方法下载NCBI Genbank和美国洛斯阿莫斯国家实验室流感病毒数据库中全部的甲型流感病毒H5A1序列,采用快速极大似然法绘制进化树,并用SRDT模型估计各分枝的进化速度与出现时间。
参考词条
补充资料:洪水调节计算(见水库调洪计算)


洪水调节计算(见水库调洪计算)


hongshui tiaojie洪水调节计算J ISUan 见水库调洪计算。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。