Angular moment analysis of low relative velocity correlations

P. Danielewicz, Scott Pratt
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Abstract

For analyzing anisotropic low relative-velocity correlation-functions and the associated emission sources, we propose an expansion in terms of cartesian spherical harmonics. The expansion coefficients represent angular moments of the investigated functions. The respective coefficients for the correlation and source are directly related to each other via one-dimensional integral transforms. The shape features of the source may be partly read off from the respective features of the correlation function and can be, otherwise, imaged.
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低相对速度相关性的角矩分析
为了分析各向异性低相对速度相关函数和相关的发射源,我们提出了笛卡儿球谐的展开。膨胀系数表示所研究函数的角矩。通过一维积分变换,相关系数和源系数彼此直接相关。源的形状特征可以部分地从相关函数的各自特征中读出,否则可以成像。
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