The near field intensity distribution and the near-field transmission spectrums of metallic nanostructures simulated by the finite-difference time-domain method are present in the text. Better field intensity localization and larger field intensity enhancement exist in the near field intensity distribution images for nanoparticle array in the near-infrared wavelength range. The minimum transmission intensity collected at the metal film surface can exceed 1.0 and the electric field intensity can limit in a number of nanometer. Meanwhile, these nanoparticle array structures can extensively apply to biochemical sensor devices design and so on.OpticsSCI(E)EI0ARTICLE236419-642212
We proposed using metal-insulator-metal (MIM) nanorod arrays for subwavelength imaging to improve th...
We report near-field and far-field measurements of transmission through nanometer-sized gaps at near...
Recent advances in Surface Plasmon Resonance (SPR) technologies have shown the possibility of transm...
Background The performance of plasmonic nanostructures is based on optical properties and the intens...
[[abstract]]High local-field enhancement appears in the vicinity of the surface of metallic nanostru...
[[abstract]]High local-field enhancement appears in the vicinity of the surface of metallic nanostru...
© 2016 Bentham Science Publishers. Background: The performance of plasmonic nanostructures is based ...
International audienceThe finite difference time domain method is employed to study the crystalline ...
When a small radiating or scattering object is placed near a multilayer array of plasmonic nanospher...
When a small radiating or scattering object is placed near a multilayer array of plasmonic nanospher...
We present calculation of enhanced electronic field in a rhombic Ag nanoparticles array induced by l...
Recently there has been a number of studies of single-layer and double-layer arrays of small resonan...
Recently there has been a number of studies of single-layer and double-layer arrays of small resonan...
Recently there has been a number of studies of single-layer and double-layer arrays of small resonan...
This paper presents experimental studies of the enhanced light transmission through metallic films p...
We proposed using metal-insulator-metal (MIM) nanorod arrays for subwavelength imaging to improve th...
We report near-field and far-field measurements of transmission through nanometer-sized gaps at near...
Recent advances in Surface Plasmon Resonance (SPR) technologies have shown the possibility of transm...
Background The performance of plasmonic nanostructures is based on optical properties and the intens...
[[abstract]]High local-field enhancement appears in the vicinity of the surface of metallic nanostru...
[[abstract]]High local-field enhancement appears in the vicinity of the surface of metallic nanostru...
© 2016 Bentham Science Publishers. Background: The performance of plasmonic nanostructures is based ...
International audienceThe finite difference time domain method is employed to study the crystalline ...
When a small radiating or scattering object is placed near a multilayer array of plasmonic nanospher...
When a small radiating or scattering object is placed near a multilayer array of plasmonic nanospher...
We present calculation of enhanced electronic field in a rhombic Ag nanoparticles array induced by l...
Recently there has been a number of studies of single-layer and double-layer arrays of small resonan...
Recently there has been a number of studies of single-layer and double-layer arrays of small resonan...
Recently there has been a number of studies of single-layer and double-layer arrays of small resonan...
This paper presents experimental studies of the enhanced light transmission through metallic films p...
We proposed using metal-insulator-metal (MIM) nanorod arrays for subwavelength imaging to improve th...
We report near-field and far-field measurements of transmission through nanometer-sized gaps at near...
Recent advances in Surface Plasmon Resonance (SPR) technologies have shown the possibility of transm...