但区域的划分起止位置不确定,可能出现由于区域划分的不一致而得到不一样的空间同位模式结果。
Yet the position where the partition begins and ends is indeterminate, therefore the Spatial Co-location pattern obtained could vary due to different partition.
因此,如果对超对称性确信无疑,那么宇宙空间中元素同位素的存在就会比标准模式预测的要少。
So if supersymmetry is true, there should be less of this isotope around than the Standard Model predicts.
因此,如果对超对称性确信无疑,那么宇宙空间中元素同位素的存在就会比标准模式预测的要少。
So if supersymmetry is true, there should be less of this isotope around than the Standard Model predicts.
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