2021 / Electrostatic collection

Results of Experimental Studies on the Dispersal of Warm Fogs Using Gauze Electrostatic Precipitators

Russian Meteorology and Hydrology

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SCOPED EVIDENCE NOTE

What this source contributes.

Reports optical attenuation changes during electrostatic fog clearing in a chamber. Power also produces ionic airflow; the comparison does not isolate electrical capture at matched throughflow.

Scope of our check
Primary author-upload full text, optical results and energy calculation reviewed.

Primary material consulted

  1. Primary source 1

This is a bounded reading note. It is not independent replication, a full systematic review or an endorsement of every conclusion in the paper.

Questions to take to the paper

  • What is gained over the identical passive collector?
  • How does collection vary with droplet size and flow?
  • What is the complete electrical and pressure-drop cost?
Keep the evidence attached to its setting.
A simulation, chamber result, field observation and operational outcome answer different questions. Record the comparator, measured quantity and conditions before carrying a result into a design.

Bibliographic provenance

Verified 2026-10-11 against the publisher-deposited metadata record. Publication dates retain the precision supplied by the publisher. Metadata may reflect digital republication; it is not always the earliest historical publication date.

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