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首页> 外文期刊>Atmospheric Chemistry and Physics Discussions >Technical Note: Measuring condensation sink and ion sink of atmospheric aerosols with the electrical low pressure impactor (ELPI)
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Technical Note: Measuring condensation sink and ion sink of atmospheric aerosols with the electrical low pressure impactor (ELPI)

机译:技术说明:用电气低压冲击器测量大气气溶胶的冷凝水槽和离子水槽(ELPI)

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摘要

We investigate the suitability of ELPI for condensation sink and ion sink measurements. The aim is to find the simple calibration factors by which the measured ELPI current can be converted to condensation or ion sinks. The calibration is based on DMPS and ELPI measurements within the period 15–25 May 2005 at a boreal forest site in Southern Finland. The values of condensation sink and ion sink were calculated from the DMPS size distributions using their theoretical definitions. After that the values were compared to theoretical and measured ELPI current, and calibration factors were specified. For condensation sink the calibration factor was found to be 7.27E-06 s1 fA1 and for ion sink 8.55E-06 s1 fA1. Simply by multiplying the total current of the outdoor ELPI by these factors, the values of condensation sink and ion sink can be measured.
机译:我们调查ELPI对冷凝水槽和离子水槽测量的适用性。目的是找到测量的ELPI电流可以转换为冷凝或离子水槽的简单校准因子。校准基于2005年5月15日至25日的DMP和ELPI测量,在芬兰南部的北部林林地。使用其理论定义,从DMPS尺寸分布计算冷凝槽和离子水槽的值。之后,将值与理论和测量的ELPI电流进行比较,并指定校准因子。对于冷凝下沉,校准系数被发现为7.27E-06 S1 FA1和离子水槽8.55E-06 S1 FA1。只需通过这些因素将室外ELPI的总电流乘以,可以测量冷凝水槽和离子水槽的值。

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