中运与气压相关性分析及统计检验

气压在现代气象学中占有重要地位,由于我国古代没有气压相对应的概念,运气与气象研究中鲜有涉及气压。本研究以全国116个气象站点一个甲子的逐日气压数据为样本,同时又细分为6个气象区域,利用大数据结合现代计算手段,多角度、多层次探析气压与中运的相关性。再利用SPSS 24.0软件中非参数检验的Kruskal-Wallis检验对其结论进行验证,验证结果表明中运与气压存在着稳定的关系,通过深入研究气压数据,能够更好地揭示运气理论的神秘面纱。

Correlation analysis and statistical test of Zhongyun and atmospheric pressure

Atmospheric pressure plays an important role in modern meteorology.Because there is no concept of corresponding pressure in ancient China,there is little atmospheric pressure involved in the study of five evolutive phases and six climatic factors and meteorology.In this paper,the barometric pressure data of a single meteorological site at 116 meteorological stations in the country is taken as a sample,and it is subdivided into six meteorological regions.Using big data combined with modern calculation methods,the correlation between atmospheric pressure and Zhongyun is analyzed at multiple angles and levels.The Kruskal-Wallis test of non-parametric test in SPSS 24.0 software is used to verify its conclusion.The verification results show that the inherent law of Zhongyun and atmospheric pressure has a stable relationship.Through profound study of the barometric pressure data,the mystery of the theory of five evolutive phases and six climatic factors can be better revealed.