ANOVA for repeated measures was employed.
ANOVA用于重复测量结果。
CONCLUSION The validity of the univariate ANOVA with repeated measures will not be ensured unless the presuppositions are satisfied.
结论只有满足假定条件，才可以保证重复观测资料单变量方差分析的有效性。
Results Hypothesis tests for the presuppositions of the univariate ANOVA with repeated measures were given, and a proper software named rep was implemented.
结果给出了重复观测数据一元方差分析的前提条件检验方法，并用软件REP得以实现。
RESULTS Hypothesis tests for the presuppositions of the univariate ANOVA with repeated measures were given, and a proper software named rep was implemented.
结果给出了重复观测数据一元方差分析的假定条件检验方法，并用软件REP得以实现。
After the statistics of the study is obtained, two-way ANOVA repeated measures will be examined.
搜集所有实验数据后，进行重复量数二因子变异数分析考验，以验证其差异性。
The results were compared by repeated-measures ANOVA.
结果通过重复量数双因子变异数分析进行比较。
Percent forced vital capacity was the outcome parameter with data analysis using a mixed-model repeated-measures ANOVA and paired t tests.
用力肺活量作为分析的参数使用混合的模型反复使用ANOVA和配对t检验进行统计学比较。
Repeated measurement ANOVA indicated that soil temperature was the main factor that affected RS and its components, and there was a significant exponential relationship between them.
方差分析结果表明，土壤温度是影响RS及其组分的主要环境因子， 温度与RS及其组分呈显著的指数关系；
Repeated measurement ANOVA indicated that soil temperature was the main factor that affected RS and its components, and there was a significant exponential relationship between them.
方差分析结果表明，土壤温度是影响RS及其组分的主要环境因子， 温度与RS及其组分呈显著的指数关系；
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