多数生物微粒过滤器可以除去0.3微米以上的微粒。
Most biological particulate filters remove particle sizes as small as 0.3 microns.
应进行涂敷以便钢材表面达到裸钢以上最小1.5毫米(1500微米，60密耳)的厚度。
The coating shall be applied so that the steel surface receives a minimum of 1.5mm 1500 m, 60mils over the bare steel.
改进后的装置操作简单方便，采集效率在90%以上，适用于纳米至微米范围所有粒径的颗粒的采集。
The improved device has been proved with convenient manipulation and high collection efficiency beyond 90%, which is applicable to all particle size collection from the scope of nano to micron.
为了满足以上要求，阵列元素的尺寸必须由目前的微米尺度缩小到纳米尺度。
To achieve such demands, the element size of biochip must be reduced from microscale to nanoscale.
有效滤除5微米以上的悬浮微粒杂质。
The suspending impurities above 5 um will be sieved effectively.
其中对于哮喘的有效颗粒在5微米以下，一般的压缩雾化泵的雾化颗粒在5微米以下的百分含量在50%以上。
One effective for asthma in 5-micron particles below normal compression pump atomizer atomized particles 5 microns or less in the percentage content of more than 50%.
结果显示涂层的厚度可达15 0微米以上，密度为理论密度的99%，纯度可达99.9%。
The films thickness is 150um. The purity 99.9%. The density 99%td.
结果显示涂层的厚度可达15 0微米以上，密度为理论密度的99%，纯度可达99.9%。
The films thickness is 150um. The purity 99.9%. The density 99%td.
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