Design and optimization of bowtie nanoantenna for electromagnetic field enhancement
Designing a plasmonic structure having high near field enhancement of incident field, large
hot spot area, wideband resonance, and multiple resonance peaks are the key elements to …
hot spot area, wideband resonance, and multiple resonance peaks are the key elements to …
Design and optimization of bowtie nanoantenna for electromagnetic field enhancement
UK Khalil, W Farooq, J Iqbal, SZUA Kazmi… - … Physical Journal Plus, 2021 - epjplus.epj.org
Designing a plasmonic structure having high near field enhancement of incident field, large
hot spot area, wideband resonance, and multiple resonance peaks are the key elements to …
hot spot area, wideband resonance, and multiple resonance peaks are the key elements to …
Design and optimization of bowtie nanoantenna for electromagnetic field enhancement
UK Khalil, W Farooq, J Iqbal, SZUA Kazmi, AD Khan… - Springer
Designing a plasmonic structure having high near field enhancement of incident field, large
hot spot area, wideband resonance, and multiple resonance peaks are the key elements to …
hot spot area, wideband resonance, and multiple resonance peaks are the key elements to …
Design and optimization of bowtie nanoantenna for electromagnetic field enhancement
UK Khalil, W Farooq, J Iqbal… - European Physical …, 2021 - ui.adsabs.harvard.edu
Designing a plasmonic structure having high near field enhancement of incident field, large
hot spot area, wideband resonance, and multiple resonance peaks are the key elements to …
hot spot area, wideband resonance, and multiple resonance peaks are the key elements to …