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2D nanomaterials are a relatively populous and ever-expanding class of innovative materials with disruptive potential for different application contexts. Although for some of them, such as graphene, various possible implementations have already been explored in different application fields, others, (e.g., Mxenes), are still relatively at an infantile stage with regard to handling, stability, exploitation, processing and practical use in devices and structures with higher dimensionality.In any case, regardless of the specific nature of each of these materials, their degree of purity and structure (mono-layers/few-layers/multi-layers) and their level of maturity, they all share the same challenges since their onset, such as processing, patterning, transfer and integration in devices, allowing smart exploitation of their unique properties, incorporation in matrices of different nature for the synthesis of nano-composites, and so on.Accordingly, this book aims to showcase research papers and review articles outlining recent progress and innovative approaches for 2D nanomaterials synthesis and/or processing, preparatory to their assembly or integration into devices, microstructures, microsensors and composites for different application fields.

Technology: general issues --- graphene --- patterning --- Pt --- 2D materials --- chemical vapor deposition (CVD) --- naked-eye 3D --- microstructure --- flexible --- film --- fabrication --- biodevices --- integration --- miniaturized devices --- Si3N4 --- lubrication --- friction --- temperature rise --- photo-assisted etching --- porous silicon --- illumination --- doping level --- total current --- reflectance --- fano resonance --- plasmonic sensor --- Au/Pd --- SiC --- nanomorphology --- coalescence --- percolation --- scanning electron microscopy --- inkjet printing --- nanoparticle --- metal-organic decomposition --- silver thin film --- adhesion strength --- electrical resistivity --- monolayer MoS2 --- 10-nm nanogap --- localized surface plasmon resonance --- photoluminescence --- n/a

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2D nanomaterials are a relatively populous and ever-expanding class of innovative materials with disruptive potential for different application contexts. Although for some of them, such as graphene, various possible implementations have already been explored in different application fields, others, (e.g., Mxenes), are still relatively at an infantile stage with regard to handling, stability, exploitation, processing and practical use in devices and structures with higher dimensionality.In any case, regardless of the specific nature of each of these materials, their degree of purity and structure (mono-layers/few-layers/multi-layers) and their level of maturity, they all share the same challenges since their onset, such as processing, patterning, transfer and integration in devices, allowing smart exploitation of their unique properties, incorporation in matrices of different nature for the synthesis of nano-composites, and so on.Accordingly, this book aims to showcase research papers and review articles outlining recent progress and innovative approaches for 2D nanomaterials synthesis and/or processing, preparatory to their assembly or integration into devices, microstructures, microsensors and composites for different application fields.

Technology: general issues --- graphene --- patterning --- Pt --- 2D materials --- chemical vapor deposition (CVD) --- naked-eye 3D --- microstructure --- flexible --- film --- fabrication --- biodevices --- integration --- miniaturized devices --- Si3N4 --- lubrication --- friction --- temperature rise --- photo-assisted etching --- porous silicon --- illumination --- doping level --- total current --- reflectance --- fano resonance --- plasmonic sensor --- Au/Pd --- SiC --- nanomorphology --- coalescence --- percolation --- scanning electron microscopy --- inkjet printing --- nanoparticle --- metal-organic decomposition --- silver thin film --- adhesion strength --- electrical resistivity --- monolayer MoS2 --- 10-nm nanogap --- localized surface plasmon resonance --- photoluminescence --- graphene --- patterning --- Pt --- 2D materials --- chemical vapor deposition (CVD) --- naked-eye 3D --- microstructure --- flexible --- film --- fabrication --- biodevices --- integration --- miniaturized devices --- Si3N4 --- lubrication --- friction --- temperature rise --- photo-assisted etching --- porous silicon --- illumination --- doping level --- total current --- reflectance --- fano resonance --- plasmonic sensor --- Au/Pd --- SiC --- nanomorphology --- coalescence --- percolation --- scanning electron microscopy --- inkjet printing --- nanoparticle --- metal-organic decomposition --- silver thin film --- adhesion strength --- electrical resistivity --- monolayer MoS2 --- 10-nm nanogap --- localized surface plasmon resonance --- photoluminescence

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This book provides a comprehensive presentation of the most frequently used high resolution manufacturing techniques available, as well as the polymeric materials used for each of the techniques. Divided into two parts covering the technologies and materials used and the impact on different research fields and case studies, High Resolution Manufacturing from 2D to 3D/4D Printing: Applications in Engineering and Medicine addresses issues like throughput improvement by volumetric 3D printing and presenting novel applications and case studies. In addition, this book also covers the latest breakthrough developments and innovations to help readers understand the future applications of this technology across various disciplines, including biomedicine, electronics, energy, and photonics.

Macromolecules --- General biophysics --- Human biochemistry --- Electrical engineering --- Biotechnology --- biologische materialen --- medische biochemie --- nanotechniek --- bio-engineering --- biotechnologie --- polymeren