一份细胞样品底部的微型爆炸可能有助于鉴定疾病。
Mini-explosions under a cell sample could help to identify disease.
采用电阻测量原理，确定了饱和度测量方法；考察了多种材料和样品，最终选定了一种微型探针。
The principle of resistance measurement is adopted to determine saturation, a micro-probe is selected finally by evaluating multiple materials and samples.
采用所设计的微型CT系统对有机玻璃标准样品进行了三维重建，结果表明该微型CT系统具有较高的精度，重建相对偏差在0.6%以内。
The micro-CT system is used to reconstruct a Lucite sample first and the result shows that the system has a high precision, the relative error of reconstruction is under 0.6%.
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