This paper describes the studies conducted in order to identify the limits of ultrasonic
exposure's effect on the fine particle coagulation process. It has been established as a result …

We demonstrate a highly sensitive whispering gallery mode (WGM) relative humidity (RH)
sensor based on a glycerol microdroplet. WGMs were excited using a 760 nm tunable …

The method for increasing the separation efficiency of particles smaller than 2.5 micrometers
by combined ultrasonic agglomeration and swirling flow technique is proposed in the article …

An experimental investigation of the dispersity and the specific surface of the particles of a
pseudoboehmite nanopowder atomized by different methods for the purpose of formation of …

A mathematical model of the pulse generation of decontaminating aerosols utilizing the
energy of high-energy materials (HEM) is proposed with account for the physical and …

Fine dust and fog which are formed on some productions are known to be a harmful factor of
the environment. Particles of aerosol with a characteristic size less than 20 microns are …

Results of development of piezoelectric ultrasonic radiators (in form of flexural-vibrating
titanium disks) for gas mediums are presented in this article. Results of investigations of …

Acoustic radiation sources are successfully applied to cleaning rooms from dust of fairly
large particle sizes (ten micrometers and larger). The sedimentation of fine aerosols (particle …

Актуальность работы связана с исследованием эффективности использования
электрического поля для осаждения конкретных веществ с целью очистки помещения …

The harmful effect on the health of superfine dust in industry is a serious problem. An
especially important and complex task is the development of new methods for sedimentation …