Filter membrane clamping and collecting method for falling dust of museum of ancient ruined site

Abstract

The invention discloses a filter membrane clamping and collecting method for falling dust of a museum of an ancient ruined site. The method comprises the following steps: tailoring a filter membrane into a standard filter membrane with a diameter of 47mm; putting the filter membrane made of a quartz material into a muffle furnace to burn and removing residual impurities; putting into a constant-temperature and constant-humidity box and standing for over 24 hours; weighing, putting into a falling dust filter membrane collecting device with an inner diameter of 47mm; horizontally or vertically putting into a site region and carrying out falling dust collection; ending sampling and directly taking down the filter membrane; putting the filter membrane into the constant-temperature and constant-humidity chamber and keeping the consistent temperature and constant humidity for over 24 hours; and carrying out weighing and various chemical analysis. By virtue of the filter membrane clamping and collecting method for falling dust, the filter membrane is directly taken down to be subjected to weighing and chemical analysis, so that secondary pollution in falling dust collection is reduced; the analysis error in the falling dust quantity and the chemical components is reduced; the falling dust monitoring accuracy and normativity for the site environment are improved; and the interference to cultural relics and tourists is reduced to the minimal extent.

Description

technical field [0001] The invention relates to the field of museum cultural relics preservation environment monitoring, in particular to a method for collecting filter clips for dust reduction in ruins museums. Background technique [0002] Museum environmental safety requirements are high. Dust pollution in the museum environment is one of the main factors that cause dirt and corrosion to cultural relics. An effective monitoring method for museum environmental dust is sought to monitor museum environmental dust and then control it. It is extremely important for the long-term preservation of museum cultural relics. [0003] The traditional dust collection in museums uses dust-falling disks. On the one hand, dust-falling disks are generally large in size and heavy in weight, which affects tourists’ viewing and more or less squeezes ruins and cultural relics; in addition, in the dust-falling analysis, the edge positioning of dust-falling disks is not accurate. It is not easy...

AI Technical Summary

Problems solved by technology

[0003] The traditional dust collection in museums uses dust-falling disks. On the one hand, dust-falling disks are generally large in size and heavy in weight, which affects tourists’ viewing and more or less squeezes ruins and cultural relics; in addition, in the dust-falling analysis, the edge positioning of dust-falling disks is not accurate. It is not easy to accurately calculate the dust flux, and it is easy to cause unnecessary pollution and loss in the final collection and cleaning process of dust

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