1) paired design
配对设计
1.
In this article,block experimental design including paired design with EXCEL function is introduced.
区组设计是科学研究和加工工艺中经常用到的试验设计方法,本文通过对区组设计中的配对设计和完全区组设计实质的分析,提出了运用EXCEL进行配对设计和完全区组设计的方法。
2) matched-pair design
配对设计
1.
Sample size determination for testing nonzerodifference of two proportions in matched-pair design;
配对设计试验中检验两个比值非零差的样本量确定(英文)
2.
Objective:The matched-pair design is generalized to the situation with non-null hypothesis and stratification.
目的:将配对设计加以扩展,以适应非虚假设和分层。
3.
Delta is adopted to derive the logarithmic transformation test statistic of relative risk for matched-pair design.
基于相对危险度提出了一个新的假设检验问题,并就此检验问题,在配对设计下用delta方法构建了对数变换检验统计量,运用Monte Carlo方法模拟显示对数变换检验统计量有优良的统计性能,表现在它的经验第一类错误率与给定的显著性水平很接近,是理想检验。
3) matched group design
配对组设计
4) Paired survival analysis
配对设计生存分析
5) Assembly design
装配设计
1.
Realization on assembly design system under agile product development;
敏捷化开发环境下产品装配设计系统的实现
2.
Variation propagation approach for collaborative top-down assembly design
自顶向下协同装配设计中的变动传播方法
3.
Components are divided into assembly level and detail level,and the components at assembly level are regarded as the pre-defined components to be applied in assembly designs.
把零件划分为装配级和详细级,把装配级的零件称为预定义构件,用于装配设计。
6) formulation design
配方设计
1.
Research on formulation designs in silicon carbide ceramic products;
碳化硅陶瓷磨具配方设计方法的研究
2.
The formulation design and the key performances thereof are focused.
介绍了一种用于彩电机壳涂装的紫外光固化涂料,重点阐述了彩电UV涂料的配方设计思路和关键性能,并讨论了影响UV涂料性能的各个因素。
3.
The formulation design of hybrid fibre for braking friction material by the H Scheffe typical polynomial regression model was presented, regression equation was gained by means of stepwise regression optimization method in SPSS, and the optimum point and value of the objective function was obtained by the complex method of multivariate bounded function.
采用HScheffe典型多项式回归模型进行无石棉制动材料混杂纤维的配方设计,利用SPSS中逐步回归的方法求回归方程,并采用多变量约束函数的复合形法求得目标函数的最优点和最优值。
补充资料：1350mm双流板坯连铸机(重庆钢铁设计研究院设计)
1350mm双流板坯连铸机(重庆钢铁设计研究院设计)
叠 135Omm双流板坯连铸机(重庆钢铁设计研究院设计)
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