Two-factor designs unable to examine the interactions (Part 2).

Liang-ping Hu, Xiao-lei Bao, Chen-long Lü
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引用次数: 0

Abstract

Two-factor designs are very commonly used in scientific research. If the two factors have interactions, research designs like the factorial design and the orthogonal design can be adopted; however, these designs usually require many experiments. If the two factors have no interaction or the interaction is not statistically significant on result in theory and in specialty, and the measuring error of experimental data under a certain condition (usually one of the experimental conditions that are formed by the complete combination of the levels of the two factors) is allowed in specialty, researchers can use random block design without repeated experiments, balanced incomplete random block design without repeated experiments, single factor design with a repeatedly measured factor, two-factor design without repeated experiments and two-factor nested design. This article introduces the last two design types by examples.

双因素设计无法检查交互作用(第2部分)。
双因素设计在科学研究中非常常用。如果两个因素有交互作用,可以采用析因设计、正交设计等研究设计;然而,这些设计通常需要许多实验。如果两个因素在理论和专业上没有相互作用或相互作用对结果没有统计显著性,并且在特定条件下(通常是由两个因素水平完全组合形成的实验条件之一)允许实验数据的测量误差,研究人员可以采用不重复实验的随机区组设计,不重复实验的平衡不完全随机区组设计。有重复测量因子的单因素设计、没有重复实验的双因素设计和双因素嵌套设计。本文通过实例介绍了后两种设计类型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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