- ホーム
- > 洋書
- > 英文書
- > Science / Mathematics
基本説明
The topics: the micro-machining, grinding and turning of brittle materials, measurement and surface quality assessment, and more.
Full Description
The history of abrasive technology dates from the very dawn of mineral utilization and continues to this day with the development of precision-finishing technology.The current requirements of high precision and high quality surfaces for critical components and devices, such as silicon wafers in the semiconductor industry, lenses in the precision optics industry, and dies in the injection molding industry, make the technology of abrasives more important than ever, and essential, albeit indirectly, for the rapid development of information technology. This book therefore plays a valuable role in presenting recent advances in the field of abrasive technology.
Contents
Development of a Multifunctional Micro-Machining System and its Applications
Fabrication of Electroplated Micro Grinding Wheels and Manufacturing of Microstructures with Ultrasonic Vibration
Experimental Investigation of Micro Scratching of Two-Phase Steel: Plastic Flow Mechanisms of the Ferrite and Cementite Phases
A Study of the Fabrication of Multi-Layer Microstructures Using ELID Grinding and the Thick Photoresist Lithography Technology
An ELID Grinding System with a Minimum Quantity of Liquid
Micro-Hole Machining Using Ultrasonic Vibration
A Study of Micro-Tool Machining Using Electrolytic In-Process Dressing and an Evaluation of its Characteristics
Development of a Novel Ductile-Machining System for Fabricating Axisymmetrical Aspherical Surfaces on Brittle Materials
Ultraprecision Fabrication of Glass Ceramic Aspherical Mirrors by ELID-Grinding with a Nano-Level Positioning Hydrostatic Drive System
Deterministic Manufacturing Processes for Precision Optical Surfaces
High-Precision Low-Damage Grinding of Polycrystalline SiC
Force Characteristics and Deformation Behaviors of Sintered SiC during an ELID Grinding Process
High Efficiency ELID Grinding of Alumina Ceramics
Development of Grinding Technology for the Film of Diamond Coated Cutting Tool
Grinding Characteristics of Solid Immersion Mirrors with the ELID Grinding Method
A Basic Study of the Behavior of Slurry Action at Multi-Wire Saw
A Fundamental Study of Dry Blasting: Effects of Abrasive Grains on Surface Roughness
Processes for the Generation of Glossiness on Ground Granites and Ceramics
Force and Energy Characteristics in Grinding of Ceramics
A Study of the Process of Granite Belt Grinding
The Effects of the Jet Impact Angle on the Cutting Performance in AWJ Machining of Alumina Ceramics
Nano-Topography Characterization of Axisymmetrical Aspherical Ground Surfaces
Three-Dimensional Shape Modeling of Diamond Abrasive Grains Measured by a Scanning Laser Microscope
Improvement of Machined Surface Quality in Ultra-Precision Plane Honing
Improvement in the Ground Surface Roughness of Fused Silica X-Ray Mirror with ELID-Grinding
A New Longitudinal Mode Ultrasonic Transducer with an Eccentric Horn for Micro Machining
Development of an On-Machine Observation and Profile Measurement System with an AFM and its Properties
Experimental Investigation of the Characteristics of a Laser Beam Passing through the Coolant Fluid of Various Concentrations for Surface Profile Measurement
Computational Investigation of Coolant Flow Patterns Using CFX
B-Spline Based Wavefront Reconstruction for Lateral Shearing Interferometric Measurement of Engineering Surfaces
Evaluation of Surfaces of Single SiC Crystal Polished with Various Kinds of Particles
Grinding Performance Improvement by a Special Coolant Superimposed with Megasonic Vibration
Effects of Megasonic Coolant on Cylindrical Grinding Performance
Effects of the Supplied Cold-Air Condition on Grinding Temperature in Cold-Air Jet Grinding
An Improved Technique to Determine Coolant Flow Patterns for In-Process Measurement
Behavior of the Coolant in Grinding with a Floating Nozzle
Application of an Oscillating Spindle to Machining Processes
Ultra Precision Polishing with Oscillation Speed Control: an Analysis of the Pressure Distribution and Profile
Physical and Chemical Characteristics of the Ceramic Conditioner in Chemical Mechanical Planarization
Kinematic Analysis of Chemical Mechanical Polishing and its Effect on Polishing Results
Material Removal Mechanism in Dynamic Friction Polishing of Diamond
An Analysis of the Pad Deformation for Improved Planarization
A Study of Nano-Polishing of Injection Molds Using a Fixed Abrasive Pad
Development of New Mica Abrasives Suitable for High Performance Mechanochemical Polishing of Si Wafers
Development of a Polishing Disc Containing Granulated Fine Abrasives
Autonomous Tool Path Generation in Robotic Polishing of an Aluminum Alloy
Development of an Ultra-High Speed Cutting Wheel
Development of Grinding Wheels by Stereolithography and Investigation of their Characteristics
The Effects of Hard Lubricant Coatings on the Performance of Electro-Plated Superabrasive Grinding Wheels
Effectiveness of Laser Cleaning for Grinding Wheel Loading
The Effect of Porosity on the Grinding Performance of Vitrified CBN Wheels
Measurement of Vitrified CBN Grinding Wheel Topography
Friction and Wear Properties of an ELID-Grinding Wheel based on CCD Microscope Observation
ELID Grinding with a Tape Type Electrode
A Study of the Machining Accuracy of the Round-Off Truing Method: Effects of the Set-Up Angle for the Brake Truer
Electrocontact Discharge Dressing of a Resin-Bonded CBN Grinding Wheel and its Grinding Performance
Process Characterisation of Grinding AISI 52100 with Vitrified CBN
Finishing of Tiny Nozzles by a Gyration Flow Finishing Method
High Speed Slurry Flow Finishing of the Inner Wall of a Stainless Steel Pipe
Development of an Ultrasonic Torsional Vibration Tool Utilizing the 3rd Order Wave Mode
A New Centerless Grinding Technique without Employing a Regulating Wheel
Deformation Patterns of a Micropositioning Table under a Moving Force
A Study of the Form Error Compensation for Aspherical Lens Machining
A Self-Tuning Based Fuzzy-PID Approach for Grinding Process Control
Development of a Micro Machining Technology for Fabrication of Micro Parts
Development of a Desktop Micro Injection Molding Machine
Diamond Turning of Single Crystal Germanium with an Oscillating Rotary Tool
Rapid Manufacturing of 3D Shaped Products by Multi-Face High-Speed Machining
Selective Removal of Carious Dentine with the Micro Abrasive Jet Technology
