利用核十六极形变最普遍的参数化形式，通过正则量子化程序，导出了参数空间十六极振动的量子化哈密顿量，分析了十六极形变和振动对于核结构研究的重要意义．。
The quantized Hamiltonian is derived from the general parametral form of the hexadecapole Vibration in the space of parameter, which maybe important to analyze properties of nuclear stature.
基于对生物复眼几何结构的模拟，提出一类新颖而有效的数据处理方法——方向量子化方法。
A new data representation method called direction quantization representation is presented by simulating a simplified geometric model of biological compound eye.
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