Prof. Jiwang Yan is currently a professor of Mechanical Engineering at Keio University, Japan, leading the Laboratory for Precision Machining and Nano Processing (PMNP). His research areas include ultraprecision machining, micro/nanomanufacturing, material processing, and nanomechanics. He has led the implementation of tens of research projects supported by governments and industry to develop key fabrication processes for optics, molds, cutting/grinding tools, semiconductor substrates, batteries, and biomechanical components. He has received a few tens of awards from academic societies and scientific foundations for his contributions in research. He is now a member of the Japan Society of Mechanical Engineers (JSME), Japan Society for Precision Engineering (JSPE), Japan Society for Abrasive Technology (JSAT), Japan Society for Applied Physics (JSAP), American Society for Precision Engineering (ASPE), European Society for Precision Engineering and Nanotechnology (euspen), and the International Academy for Production Engineering (CIRP). He also serves on the editorial boards for several academic journals, such as the International Journal of Machine Tools and Manufacture (IJMTM).

• Part 1 Cutting technology.- Chapter 1 Micro chiseling of retroreflective arrays.- Chapter 2 Micro milling for functional surface.- Chapter 3 Micro cylindrical turning of calcium fluoride.- Chapter 4 Nanogrooving by using multi-tip diamond tools.- Chapter 5 Elliptical vibration cutting for difficult-to-cut materials.- Chapter 6 Micro machining of roller mould for roll-to-roll manufacturing.- Chapter 7 Tool servo-driven diamond turning for structured surface.- Part 2 Abrasive/tip-based machining technology.- Chapter 8 Micro/nano texturing by ultrasonic assisted grinding.- Chapter 9 Precision grinding for functional micro-structured surface.- Chapter 10 Micro fluid jet polishing.- Chapter 11 Bonnet polishing of microstructured surface.- Chapter 12 Soft-brittle semiconductors polishing with environment-friendly slurries.- Chapter 13 Three-dimensional fabrication of micro/nanostructure using scanning probe lithography.- Part 3High-energy beam machining technology.- Chapter 14 Femtosecond laser direct writing.- Chapter 15 Laser patterning of metallic glass.- Chapter 16 Ion beam machining.- Chapter 17 Electron beam machining.- Chapter 18 Microfabrication by laser lithography combined with ion etching.- Part 4 Molding/forming/self-organization technology.- Chapter 19 Replication of Micro/Nanostructures.- Chapter 20 Precision Molding of Microstructures on Chalcogenide Glass for Infrared Optics.- Chapter 21 Press molding of hybrid Fresnel lenses for infrared applications.- Chapter 22 Microspring fabrication by anisotropic gelation.- Chapter 23 Fabrication of Metallic Nanodot Arrays.- Chapter 24 Surface micro/nano-structuring using Self-assembly of fine particles.- Part 5 Physical/chemical machining technology.- Chapter 25 Micro electrical discharge machining of hard brittle materials.- Chapter 26 Micro Electrochemical Machining.- Chapter 27 Catalytic AFM-based nanofabrication.- Chapter 28 3D Microfabrication using photocatalytic reaction.- Chapter 29 Silicon etching for multiple-height microstructures.- Chapter 30 Local wettability modification and its micro-fluidic system application.

Prof. Jiwang Yan is currently a professor of Mechanical Engineering at Keio University, Japan, leading the Laboratory for Precision Machining and Nano Processing (PMNP). His research areas include ultraprecision machining, micro/nanomanufacturing, material processing, and nanomechanics. He has led the implementation of tens of research projects supported by governments and industry to develop key fabrication processes for optics, molds, cutting/grinding tools, semiconductor substrates, batteries, and biomechanical components. He has received a few tens of awards from academic societies and scientific foundations for his contributions in research. He is now a member of the Japan Society of Mechanical Engineers (JSME), Japan Society for Precision Engineering (JSPE), Japan Society for Abrasive Technology (JSAT), Japan Society for Applied Physics (JSAP), American Society for Precision Engineering (ASPE), European Society for Precision Engineering and Nanotechnology (euspen), and the International Academy for Production Engineering (CIRP). He also serves on the editorial boards for several academic journals, such as the International Journal of Machine Tools and Manufacture (IJMTM).

• Part 1 Cutting technology.- Chapter 1 Micro chiseling of retroreflective arrays.- Chapter 2 Micro milling for functional surface.- Chapter 3 Micro cylindrical turning of calcium fluoride.- Chapter 4 Nanogrooving by using multi-tip diamond tools.- Chapter 5 Elliptical vibration cutting for difficult-to-cut materials.- Chapter 6 Micro machining of roller mould for roll-to-roll manufacturing.- Chapter 7 Tool servo-driven diamond turning for structured surface.- Part 2 Abrasive/tip-based machining technology.- Chapter 8 Micro/nano texturing by ultrasonic assisted grinding.- Chapter 9 Precision grinding for functional micro-structured surface.- Chapter 10 Micro fluid jet polishing.- Chapter 11 Bonnet polishing of microstructured surface.- Chapter 12 Soft-brittle semiconductors polishing with environment-friendly slurries.- Chapter 13 Three-dimensional fabrication of micro/nanostructure using scanning probe lithography.- Part 3High-energy beam machining technology.- Chapter 14 Femtosecond laser direct writing.- Chapter 15 Laser patterning of metallic glass.- Chapter 16 Ion beam machining.- Chapter 17 Electron beam machining.- Chapter 18 Microfabrication by laser lithography combined with ion etching.- Part 4 Molding/forming/self-organization technology.- Chapter 19 Replication of Micro/Nanostructures.- Chapter 20 Precision Molding of Microstructures on Chalcogenide Glass for Infrared Optics.- Chapter 21 Press molding of hybrid Fresnel lenses for infrared applications.- Chapter 22 Microspring fabrication by anisotropic gelation.- Chapter 23 Fabrication of Metallic Nanodot Arrays.- Chapter 24 Surface micro/nano-structuring using Self-assembly of fine particles.- Part 5 Physical/chemical machining technology.- Chapter 25 Micro electrical discharge machining of hard brittle materials.- Chapter 26 Micro Electrochemical Machining.- Chapter 27 Catalytic AFM-based nanofabrication.- Chapter 28 3D Microfabrication using photocatalytic reaction.- Chapter 29 Silicon etching for multiple-height microstructures.- Chapter 30 Local wettability modification and its micro-fluidic system application.

Prof. Jiwang Yan is currently a professor of Mechanical Engineering at Keio University, Japan, leading the Laboratory for Precision Machining and Nano Processing (PMNP). His research areas include ultraprecision machining, micro/nanomanufacturing, material processing, and nanomechanics. He has led the implementation of tens of research projects supported by governments and industry to develop key fabrication processes for optics, molds, cutting/grinding tools, semiconductor substrates, batteries, and biomechanical components. He has received a few tens of awards from academic societies and scientific foundations for his contributions in research. He is now a member of the Japan Society of Mechanical Engineers (JSME), Japan Society for Precision Engineering (JSPE), Japan Society for Abrasive Technology (JSAT), Japan Society for Applied Physics (JSAP), American Society for Precision Engineering (ASPE), European Society for Precision Engineering and Nanotechnology (euspen), and the International Academy for Production Engineering (CIRP). He also serves on the editorial boards for several academic journals, such as the International Journal of Machine Tools and Manufacture (IJMTM).

• Part 1 Cutting technology.- Chapter 1 Micro chiseling of retroreflective arrays.- Chapter 2 Micro milling for functional surface.- Chapter 3 Micro cylindrical turning of calcium fluoride.- Chapter 4 Nanogrooving by using multi-tip diamond tools.- Chapter 5 Elliptical vibration cutting for difficult-to-cut materials.- Chapter 6 Micro machining of roller mould for roll-to-roll manufacturing.- Chapter 7 Tool servo-driven diamond turning for structured surface.- Part 2 Abrasive/tip-based machining technology.- Chapter 8 Micro/nano texturing by ultrasonic assisted grinding.- Chapter 9 Precision grinding for functional micro-structured surface.- Chapter 10 Micro fluid jet polishing.- Chapter 11 Bonnet polishing of microstructured surface.- Chapter 12 Soft-brittle semiconductors polishing with environment-friendly slurries.- Chapter 13 Three-dimensional fabrication of micro/nanostructure using scanning probe lithography.- Part 3High-energy beam machining technology.- Chapter 14 Femtosecond laser direct writing.- Chapter 15 Laser patterning of metallic glass.- Chapter 16 Ion beam machining.- Chapter 17 Electron beam machining.- Chapter 18 Microfabrication by laser lithography combined with ion etching.- Part 4 Molding/forming/self-organization technology.- Chapter 19 Replication of Micro/Nanostructures.- Chapter 20 Precision Molding of Microstructures on Chalcogenide Glass for Infrared Optics.- Chapter 21 Press molding of hybrid Fresnel lenses for infrared applications.- Chapter 22 Microspring fabrication by anisotropic gelation.- Chapter 23 Fabrication of Metallic Nanodot Arrays.- Chapter 24 Surface micro/nano-structuring using Self-assembly of fine particles.- Part 5 Physical/chemical machining technology.- Chapter 25 Micro electrical discharge machining of hard brittle materials.- Chapter 26 Micro Electrochemical Machining.- Chapter 27 Catalytic AFM-based nanofabrication.- Chapter 28 3D Microfabrication using photocatalytic reaction.- Chapter 29 Silicon etching for multiple-height microstructures.- Chapter 30 Local wettability modification and its micro-fluidic system application.