Applied Nano Mdpi

As nanomaterials are proving each day more to be able to offer solutions to an increasingly wide range of different questions, we will give a particular emphasis to exploitation of nanosized objects and nanostructures addressing particular needs and/or devoted to resolution of specific problems. Thus, works that synthesize information suggesting practical usage or showing useful applications will be preferred. A short list of possible application sections is following, with some examples of possible keywords to define the section. Environment Eco-friendly nanomaterials Green synthesis Environmental applications Pollutants removal Water remediation Nanomaterials for photocatalysis, etc. Food Food safety Food processing Food packaging Biopackaging Food analysis Nanotoxicology, etc. Energy Light harvesting Photovoltaics Energy generation Energy conversion Biomass conversion Energy storage Hydrogen storage Electrocatalysis, etc. Sensing Plasmonic sensors SERS sensors Sensing materials Nanobiosensing Microfluidic sensors, etc. Photonics and electronics Nanolasers Plasmonics SERS Quantum optics Nanofabrication techniques, etc. Medicine and Biology Theranostic devices Drug delivery Cell targeting Nanopharmacology Nanomedical devices Antibacterial nanoparticles Antibacterial surfaces Magnetic and plasmonic devices for Hyperthermal therapies Nanomaterials for photodynamic therapy, etc. Cultural Heritage Protective nanocoatings Painting consolidation and protection Wood preservation, etc.