The background, conception, control frameworks, the partition of fusion level and the predicting trend in development of multisensor information fusion are described in this paper.
本文较为全面的介绍了多传感器信息融合技术的背景、概念、控制结构、融合层次的划分等内容,并预测其将来的发展趋势。
These results increase our understanding of the molecular mechanisms of gamete fusion and contribute to the development of new and safer fertility regulating methods.
这些结果增加了我们对配体融合的分子机制的了解,并为开发出安全调控生育新方法做出贡献。
The results showed that a certain pulse strength was necessary to achieve embryo fusion, and the duration was a key factor affecting the embryo fusion and its later development.
以上结果表明,一定的脉冲电压强度是胚胎融合的必要条件,而脉冲宽度是影响胚胎融合及其后期发育的关键因素。
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