在实空间中，独立类点、线、面状及其阵列波函数可以不发生相遇，因而不会干涉，而在波矢或者动量空间中，他们会相遇并产生干涉图像.发现一个基本规律，独立的个数越多，在动量空间中的干涉图像就越来越局域，不过在局域的区间内会产生干涉的精细结构.这类干涉图像的研究，有助于理解量子力学的本质.

In the configurational space，there is no inference pattern formed by independent point，line segment， square-like and their array wave functions because there is no overlap between different parts of them. However， in the momentum space，the inference patterns can be constructed respectively. Results show that，along with the increase of the independent parts，the interference pattern tends to be localized with some fine structures in it. Studies of these inference pattern can be helpful to understand quantum mechanics.