BPU11 CONGRESS

Session

S11 Environmental Physics – Alternative Sources of Energy

S11-EPASE

29 Aug 2022, 16:30

Serbian Academy of Sciences and Arts – SASA

Conveners

S11 Environmental Physics – Alternative Sources of Energy

• Valentin N. Ivanovski (Vinča Institute of Nuclear Sciences - National Institute of the Republic of Serbia, University of Belgrade)

38. Analysis of the pollen phenology distributions and their impact on the modeled concentrations in Thessaloniki, Greece (S11-EPASE-101)

Ms Sofia Papadogiannaki (Laboratory of Atmospheric Physics, School of Physics, Aristotle University of Thessaloniki 541124, Greece)

29/08/2022, 16:30

S11 Environmental Physics – Alternative Sources of Energy

Oral presentation

This study aims on the analysis of the pollens’ phenological distributions in the greater area of Thessaloniki, over the years 2016-2020. The main pollen season of the most contributable taxa of pollen spectrum is presented and its beginning, end and duration are compared with similar European studies. Regularity tests and probability plots revealed the absence of trend in timeseries....

122. Mineral Dust Single Scattering Albedo and Radiative Effects Based on DREAM Model (S11-EPASE-100)

Maja Kuzmanoski (Institute of Physics Belgrade, University of Belgrade)

29/08/2022, 16:45

S11 Environmental Physics – Alternative Sources of Energy

Oral presentation

Mineral dust is the most abundant aerosol, with the largest contribution to global aerosol mass load and significant aerosol optical depth [1]. Dust affects the Earth's radiative balance directly, through interaction with solar and terrestrial radiation, and indirectly, altering the optical properties and lifetime of clouds. There are still uncertainties in model estimates of dust radiative...

207. The influence of different polyaniline polymer and carbon material morphologies on electrical properties (S11-EPASE-102)

Mr Tudor Şuteu (University of Bucharest)

29/08/2022, 17:00

S11 Environmental Physics – Alternative Sources of Energy

Oral presentation

Polyaniline powders are prepared using two different reaction routes in order to obtain different morphologies. Using ammonium persulfate (APS) as a dopant and in a solution of ethanol and acetic acid, the polymerisation of aniline gave rise to tubular like nanostructures, thus the sample was named PANI-T. Similarly, PANI-R (polyaniline with a “round” morphology of nanostructures), was...