o:18739 Prostiranje elektromagnetnih talasa kroz hiralne metamaterijale u terahercnom frekventnom opsegu doktorska disertacija Propagation of electromagnetic waves through chiral metamaterials in terahertz frequency range : doctoral dissertation sr Sve ve´ca primena terahercnog zraˇcenja u oblasti komunikacija, spektroskopije i imidˇzinga, posledica je njegovih jedinstvenih osobina, a posebno ˇcinjenice da prodire u mnoge izolatorske materijale. Pomenute primene omogu´cene su realizacijom uredaja koji su operativni na terahercnim frekvencijama. Njihova konstrukcija moˇze biti zasnovana na metamaterijalima, veˇstaˇcki napravljenim strukturama koje se sastoje od periodiˇcno rasporedenih rezonantnih elemenata. Ovim materijalima je mogu´ce posti´ci jaku interakciju sa terahercnim elektromagnetnim talasima, usled ˇcega su u fokusu aktuelnih istraˇzivanja. Hiralni metamaterijali, kao podvrsta metamaterijala karakteristiˇcne geometrije, su od posebnog interesa zbog drugaˇcijeg odziva na upadne levo i desno cirkularno polarizovane talase. Ova osobina omogu´cava brojne primene od kojih su najznaˇcajnije enantiomerski senzori i komponente potrebne za manipulaciju cirkularno polarizovanih terahercnih talasa... The unique features and especially the property of terahertz radiation that it can penetrate into many insulting materials make them ideal for diverse applications in the field of communications, spectroscopy and imaging. These applications are enabled by the realization of devices which operate at terahertz frequencies. Their construction can be based on metamaterials, artificially made structures which consist of periodically distributed resonant elements. Metamaterials provide a strong interaction with terahertz electromagnetic waves, which places them in the focus of current investigations. Chiral metamaterials, as a class of metamaterials with characteristic geometry, are of the special interest due to the different response to left and right circularly polarized waves. This feature allows numerous applications among which the most significant are enantiomeric sensors and components necessary for manipulation of circularly polarized waves... Elektrotehnika i raˇcunarstvo - Nanoelektronika i fotonika / Electrical and Computer Engineering - Nanoelectronics and Photonics Datum odbrane: 09.07.2018. rezonatori, hiralni metamaterijali, terahercni opseg, vremenakaˇsnjenja, cirkularni dihroizam resonators, chiral metamaterial, terahertz frequency region, time delay,circular dichroism yes 50638351 91552101 6178 91552100 50638351 2018-11-19T13:30:09.053Z 45 no 46 mentor Danka, 1987- Stojanović 2018 63 mentor Ljupčo. 1957- Hadžievski 2018 63 član komisije Jelena. Radovanović 2018 63 član komisije Vitomir, 1947- Milanović 2018 63 član komisije Petra, 1984- Beličev 2018 63 član komisije Milan, 1970- Ilić 2018 118 listova 12141874 http://phaidrabg.bg.ac.rs/o:18739 no yes 3 2018-11-19T13:30:09.320Z 70 11 1067197 1067243 1067266 1067268 rezonatori, hiralni metamaterijali, terahercni opseg, vremenakaˇsnjenja, cirkularni dihroizam resonators, chiral metamaterial, terahertz frequency region, time delay,circular dichroism 1738 11A04 2018