1) Pilot Design
中试设计
1.
Study on the Synthesis of AcetylTri-n-ButylCitrate and Pilot Design;
乙酰柠檬酸三丁酯生产工艺研究及中试设计
2) hub experiment design
中心试验设计
3) Additional experiment and pilot design
扩大实验和中试设计
4) experiment design
试验设计
1.
Application of uniform design in evolutionary operation experiment design;
均匀设计在调优试验设计中的应用
2.
An orthogonal experiment designed with four factors and five levels was conducted; the four factors were nozzle diameter, barrel temperature, screw speed, and maize moisture before extrusion.
本研究以挤压机模孔孔径、套筒加热温度、原料含水量、螺杆转速为考察因素,利用不同挤压条件下的膨化脱胚玉米制取淀粉糖浆,同时以糖液过滤速度为评价指标,选定四因素五水平进行二次正交旋转组合试验设计,利用Reda软件建立回归方程及进行单因素图形分析,探讨出各影响因素对试验指标的影响规律,考察各试验因素对指标因子贡献率的大小,并采用频数选优的方法,给出了生产实践中可供选择的组合参数,以达到解决用挤压脱胚玉米生产淀粉糖浆糖化液过滤性能差的难题,从而为能将挤压技术应用于实际生产中提供了科学依据。
3.
In chemical technology experiment,the relation between reactant and product just as input and output in econom-ics,based on this,the paper applies DEA into chemical technology experiment design.
数据包络分析(DEA)是以”相对效率评价”基于化工试验中反应物、生成物之间的投入、产出关系,探讨了化工试验设计,主要探讨了在化工试验设计中DEA 作为评价正交试验设计方法的一种有效的分析工具的理论和应用。
5) test design
试验设计
1.
Application of Monte Carlo method in optimization calculation of multiple reponses test design;
蒙特卡罗法用于多指标试验设计的优化计算
2.
Basis on the usage of eggshell， the optimization of isolation agent of dosage， soaking time and temperatures was studied by using the method of saturated test design． The products of calcium gluconate， calcium lactate and calcium acet ate were synthesized.
以鸡蛋壳的综合利用为目的，采用饱和试验设计，确定最佳壳膜分离剂的用量、浸泡时间和浸泡温度。
3.
To assess the high reliability of initiating explosive device with small samples,the test design plan with small samples for initiating explosive devices was studied.
为了实现火工品高可靠性指标的小样本评估,研究了火工品可靠性评估小样本试验设计方案,给出了基于试验信息熵的小样本试验设计方法。
6) DOE
[英][dəʊ] [美][do]
试验设计
1.
The Applied Analysis of DOE in 6σ Program;
试验设计在6σ项目中的应用分析
2.
Yield Modeling and DOE in PCBA;
印制电路板组装中产率模型及试验设计
3.
Finally,a solution is presented to improve the incapable processes and the conclusion is drawn that advanced statistic tools,such as DOE,can not be applied eff.
应用巴雷特图找到焊接口的主要潜在缺陷,通过计算关键工序能力查找关键质量特性异常波动的根源,提出了具体解决的办法;得出在生产过程的关键工序都处于统计受控状态下,才能应用试验设计等高级统计工具进一步改进的结论。
补充资料：中试
1.考试合格。
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