在位相显微镜下，这些细胞沿着毛细血管和小静脉壁缓慢滚动，最后停留在一定的位点。
Under phase microscopy, these cells appear to stumble slowly along the walls of the capillaries and venules to come finally to rest at some point.
仿真信号和冬虫夏草的毛细管电泳信号滤噪结果表明，该法在保持峰位与峰高不变的情况下可显著提高信噪比，有效滤除噪声峰。
It was indicated that this method could significantly improve the signal-to-noise ratio (SNR) and efficiently filter the noise peaks, while the peak position and height remained unchanged.
应用推荐