Odjel za teoriju i primjenu mikrovalova

Područje interesa Društva za teoriju i primjenu mikrovalova je teorija, primjena i tehnologija mikrovalova, valovoda, bežične tehnologije koji se odnosi na korištenje komponenti, uređaja, prijenosnih linija i sustava vezanih uz generiranje, modulaciju, demodulaciju, upravljanje, prijenos, detekciju kao i efekte elektromagnetskih signala. Uključuje znanstvene, tehničke i industrijske aktivnosti. Teorija i tehnika mikrovalova primjenjuje fizička i matematička počela u analizi struktura dimenzija koje predstavljaju značajan dio valne duljine ili kada se trebaju uzeti u obzir propagacijski aspekti.
Vodstvo odjela
Mandat do 31. 12. 2021.
Zvonimir Šipuš
predsjednik

Davor Bonefačić
dopredsjednik
e-mail


Poziv na on-line predavanje...

Odjel za teoriju i primjenu mikrovalova (MTT), Odjel za antene i širenje elektromagnetskih valova (AP) i Zajednički odjel za zrakoplovne elektroničke sustave te geoznanosti i daljinska istraživanja (AES/GRS) Hrvatske sekcije IEEE, Zavod za radiokomunikacije FER-a te Odjel komunikacijskih sustava HATZ pozivaju vas na on-line predavanje:

"Modeling of deep-nanometer scale plasmonic scatterers"

koje će održati Mario Kuprešak, Katholieke Universiteit Leuven, Leuven, Belgija. Predavanje će se održati u srijedu, 22. srpnja 2020. godine s početkom u 15:00 sati.  Poveznica na predavanje je:

https://teams.microsoft.com/l/meetup-join/19%3ameeting_YzNmYTgzY2UtYWYyZC00ODJhLTg4ODAtZjQyYmZkYzMwYWJk%40thread.v2/0?context=%7b%22Tid%22%3a%22ca71eddc-cc7b-4e5b-95bd-55b658e696be%22%2c%22Oid%22%3a%225b7d6ddd-5674-4e7f-baf1-b794df88191f%22%7d
 

Sažetak predavanja i životopis predavača nalaze se u nastavku obavijesti.

Abstract:
The recent advancement in the field of nanotechnology has provided the very capability of miniaturizing many conventional antennas and scatterers, such as a dipole, Yagi-Uda, sphere, and extending their operating regimes from RF and microwave to optical frequencies. Particularly, plasmonic systems with characteristic dimensions at a
deep-nanometer scale, ranging from several tens of nanometers to only a few nanometers, have attracted a lot of attention. This extremely small scale essentially introduces non-classical effects, for example, the spectrum shifts of surface plasmon resonances, excitation of confined longitudinal waves, quantum tunneling, which may strongly influence the optical features of the system. A detailed theoretical treatment of these effects, which clearly goes beyond the well-known classical concepts, is thus required to accurately predict the response of arbitrary deep-nanometer topologies. In this talk, the optical properties of deep-nanometer structures are investigated by using a nonlocal hydrodynamic model with additional boundary conditions (ABCs). Several hydrodynamic models with different ABCs are studied. The results for the near and far field characteristics of spherical nanoparticles, which can be analyzed analytically, are demonstrated.

Short biography:
Mario Kupresak received the B.S. and M.S. degrees in electrical engineering and information technology from the University of Zagreb, Zagreb, Croatia, in 2013 and 2015, respectively. He is currently pursuing the Ph.D. degree in electrical engineering with Katholieke Universiteit Leuven, Leuven, Belgium. His research interests include computational electromagnetics and bioelectromagnetics.

Autor: Davor Bonefačić
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