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These results provide important inputs in the view of using micro-balances for dust monitoring.
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An IOM inhalable dust sampler incorporating a respirable-fraction selector foam was evaluated in a range of industries, for general occupational dust monitoring.
The SMPS scanned the particle sizes at a time resolution of 2.5 min (120 s for up-scan and 30 s for retrace), while the average time for the dust monitor was 1 min.
Evidence for the paraoccupational exposure pathway came primarily from residential dust monitoring that compared farm and non-farm homes, or homes of farmers who performed tasks that involved contact with pesticides and homes of farmers not doing those tasks.
We reviewed the programs which have been performing such long term dust monitoring.
A cosmic dust monitor for use onboard a spacecraft is currently being developed using a piezoelectric lead zirconate titanate element (PZT).
The workplace air was sampled at a low rate of 0.3 and 1.2 L/min for the SMPS and dust monitor, respectively.
For further studies, we will experimentally demonstrate this new dust monitor in terms of the measurement of a 1-μm-scale mi-croparticle, after an improvement of the response speed of the CVA.
The new dust monitors will likely make it harder for companies to mislead regulators.
We propose a dust monitor that is operated in lunar orbit, called the lunar dust monitor (LDM).
Here, we propose a cosmic-dust particle detector LDM (Lunar Dust Monitor) to be onboard the orbiter.
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