Carbon isotopes separation in plasmachemical reactor: Axial distribution of discharge characteristics

Lutsenko, Yuriy; Lihacheva, Elisaveta

doi:10.1063/1.5027215

Cited by 1 publication

(1 citation statement)

References 11 publications

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“…Often, the rate of change in the size of dust particles determines the efficiency of technological processes [1][2][3]. The formation of dispersed particles is also essential in the separation of carbon isotopes in the process of plasma oxidation of carbon in a magnetic field [4,5]. The possibility to determine or control the size of dust particles is therefore an important issue for a particular technological process.…”

Section: Introductionmentioning

confidence: 99%

Registration of a laser beam scattered from an aerosol located in the probe beam aperture

Мышкин

Khan

Tichý

et al. 2019

AIP Conference Proceedings

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An experimental setup has been developed that allows recording the flux of probing radiation scattered from dispersed particles in the 0° direction. To suppress the beam passing through the swarm of dispersed particles a reference beam was used. The reference beam was formed from the probe beam and aligned in the registration plane with the beam passing through the swarm of particles. The Michelson interferometer was tested in an experimental setup to determine the sizes of dust particles of heterogeneous systems. It was shown that by placing a heterogeneous system in one of the arms of the interferometer, it was possible to register the scattered radiation at the angle 0°. This facilitates calculation of the sizes of particles with the same accuracy over the entire size range. To verify the method the iron powder particles sized 50-63 µm were used.

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