Nanophotonics.

Semiconductor photonics of nanomaterials and quantum structures = applications in optoelectronics and quantum technologies / by: (Electronic resources)

Nano-optics = fundamentals, experimental methods, and applications / by: (Electronic resources)

Laser desorption ionization mass spectrometry based on nanophotonic structure = from material design to mechanistic understanding / by: (Electronic resources)

Light-matter interaction : = physics and engineering at the nanoscale / by: (Language materials, printed)

Nanoscale photonic imaging by: (Electronic resources)

Advances in near-field optics by: (Electronic resources)

Nano-photonics for advanced networks by: (Electronic resources)

Progress in nanophotonics 8 by: (Electronic resources)

Optical properties of nanostructured metallic systems = studied with the finite-difference time-domain method / by: (Electronic resources)

Nanophotonic fabrication = self-assembly and deposition techniques / by: (Electronic resources)

Computational studies of new materials II = from ultrafast processes and nanostructures to optoelectronics, energy storage and nanomedicine / by: (Electronic resources)

Light-matter interaction : = physics and engineering at the nanoscale / by: (Language materials, printed)

Nano-photonics in III-V semiconductors for integrated quantum optical circuits by: (Electronic resources)

Nanophotonic information ohysics = nanointelligence and nanophotonic computing / by: (Electronic resources)

Light-Matter Interaction = Physics and Engineering at the Nanoscale / by: (Electronic resources)

Micro and nanophotonics for semiconductor infrared detectors = towards an ultimate uncooled device / by: (Electronic resources)

Nonlinear super-resolution nano-optics and applications by: (Electronic resources)

Organic nanophotonics = fundamentals and applications / by: (Electronic resources)

Progress in nanophotonics.. 3 by: (Electronic resources)

The current trends of optics and photonics by: (Electronic resources)

Optical properties of metallic nanoparticles = basic principles and simulation / by: (Electronic resources)

Optical characterization of plasmonic nanostructures = near-field imaging of the magnetic field of light / by: (Electronic resources)

Optical antennas by: (Electronic resources)

Chiral nanophotonics = chiral optical properties of plasmonic systems / by: (Electronic resources)

Active plasmonic devices = based on magnetoplasmonic nanostructures / by: (Electronic resources)

Progress in nanophotonics.. 4 by: (Electronic resources)

Nanophotonics by: (Electronic resources)

Nanophotocatalysis and environmental applications = materials and technology / by: (Electronic resources)

Nanophotocatalysis and environmental applications = energy conversion and chemical transformations / by: (Electronic resources)

New directions in thin film nanophotonics by: (Electronic resources)

Semiconductor nanophotonics = materials, models, and devices / by: (Electronic resources)

Nanophotonic chemical reactions = new photochemical reactions and their applications / by: (Electronic resources)

Nanophotonics in biomedical engineering by: (Electronic resources)

Nano-bio-electronic, photonic and MEMS packaging by: (Electronic resources)

Progress in nanophotonics.. 6 by: (Electronic resources)

Plasmonic photocatalysis = principles and applications / by: (Electronic resources)

Progress in nanophotonics.. 7 by: (Electronic resources)

Nanophotonics and machine learning = concepts, fundamentals, and applications / by: (Electronic resources)

Recent advances in graphene nanophotonics by: (Electronic resources)

Computational simulation in nanophotonics and spectroscopy by: (Electronic resources)

Metal nanostructures for photonics by: (Electronic resources)

Fundamentals of nano-optics in hyperbolic van der waals materials by: (Electronic resources)

Strong light-matter interactions in extreme plasmonic and Mie-resonant systems by: (Electronic resources)