... 重复试呼 Repeated Call attempt 重建样值 reconstructed sample 重配置,再组合 Reconfiguration ...
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... 重建影像 reconstructed image 重建样本 reconstructed sample 重建光束 reconstructing beam ...
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... reconstructed rays 重建射线 reconstructed sample 重构抽样; 重构样 reconstructed slice 重建层面 ...
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... 重构图 restructuring graph 重构样 reconstructed sample; reconstructedsample 重构图象, 重构映象 reconstructed image ...
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It is important that signals be reconstructed by making use of amplitude spectrum and partial time-domain sample.
利用幅度谐与部分时域采样值来重构信号是极为重要的。
Aliasing, while not intuitive, is easy to observe (see Figure 10.24). If we sample 8.5 times slower (the circles), our reconstructed signal looks nothing like the original.
伪信号，如果采样率慢于某一周期的8.5倍(见图10.24)，那么显而易见我们的重建信号与原始信号直观上一点都不像。
Comparing the undisturbed sample with the reconstructed one, the compressibility, consolidation, shear strength are distinctively different.
原状样与重塑样在压缩特性、固结特性、强度特性等方面存在明显的差异。
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