1) artificial induction of mutations
人工溶变
2) induced lysis
人工溶解
3) Volcanic dust in stratosphere
人工气溶胶
4) artificial mutation
人工诱变
1.
Application and prospect of artificial mutation technology in medicinal plant breeding;
人工诱变技术在药用植物育种中的应用与展望
2.
It elaborates that artificial mutation connected with crossbreeding,gene transfer and in vitro selection could raise the breeding efficiency and enlarge the field of breeding for disease resistant.
介绍人工诱变技术在植物抗病育种中的主要成就,并探讨其发展方向及前景。
5) artificial transformation
人工变形
1.
The paper studies the change of tideland after the century inning by method of"artificial transformation"forecast and moveable bed model based on the analysis of the bed evolution data.
文章在河床演变资料分析的基础上,采取"人工变形"预测与大范围动床模型试验预测等手段研究了世纪丘围涂工程实施后堤外高滩的变化。
6) artificial variable
人工变量
1.
This paper presents a method for getting initial basic feasible solution of linear programming problem with an artificial variable,comparing with a traditional two-stage way,it has low computation amount and needs less memory cells for computing,and improve two-stage way simple method.
提出了一种通过对线性规划问题增广矩阵的初等行变换后,引进一个人工变量即可求得初始基可行解的方法,该方法与传统的两阶段法相比,具有计算量小且占有存储空间少的特点,从而简化了二阶段单纯形法。
2.
This paper presents a method for seeking initial basic feasible solution of linear programming problem without using artificial variable,comparing with traditional two-stage way,it has low computation amount and needs less memory cells for computing,so it is an improved two-stage way of the first period question.
提出了一种在不引入人工变量的情况下,寻求线性规划初始基可行解的方法,与传统的两阶段法相比,具有计算量小且占有存储空间少的特点,对两阶段法第一阶段问题作了改进。
3.
When it comes to the complicated linear programming,the first feasible base and its corresponding simple tableau can be found with the help of artificial variables and the construction of auxiliary problems related to the original ones.
对于复杂的线性规划问题 ,求解第一个可行基与对应的单纯形表时 ,可引入人工变量 ,构造原问题的辅助问题并进行处理 。
补充资料:人工受精与人工授精
人工受精与人工授精
artificial fertilization and artificial insemination
我国学者把“人工受精”与“人工授精”两名词区别开来:前者指人工体外受精而言,后者指把精液注入到妇女的阴道或宫颈管、宫腔内,使精、卵在体内相遇。人卵体外受精与胚胎移植后出生的婴儿俗称试管婴儿。
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