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INDICE: Hot embossing for the rapid prototyping of microstructured polymers. Manufacturing of micro molds by conventional and energy assisted processes. Metal cutting of microstructures. Ceramic processing for microsystem applications. Comparison of optical and stylus methods for measurement of surface texture. Reliability research on the way from micro to nano. Challenges in micro-optics. Lab-on-a-chip microsystems for cancer diagnostics and for monitoring of cancer therapy. Measurement issues related to the characterisation of piezo-actuators. Microstructure simulations of over-moulded metal micro-sized needles. Double hot-embossing with polymeric intermediate mould. Multiphoton assisted micro- and nanoprocessing of materials. Micro assembly injection moulding potential application in medical science. Study of the rheological properties of poly(methylmethacrylate) (PMMA) and cyclo-olefin-copolymer (COC) to optimize the hot-embossing process. Thermo-mechanical properties of thermoplastic polymer-nanofiller composites. Surface microstructure replication in injection moulding. Polymer technology for disposable microfluidics. A new approach in polymer waveguide fabrication. Manufacturing of high quality micro prototypes by injection molding using hybrid mold technology. Study of factors affecting aspect ratios achievable in micro-injection moulding. Fabrication chain for prototyping of microfluidic chips in polymers. Characterization of polymers for improved shrinkage prediction in micromolding. High aspect ratio micro-sized vias in "flex" and polymer foils; using ion irradiation. Development of an industrial device of blend/filling of heterogeneous powders. Processing and properties of bi-material parts by micro metal injection moulding. Nano-porous structures prepared by electrochemical anodisation of aluminium. An advanced approach in simulation of microforming processes. Flexible tool system for cold forging of micro-components. Spring-back behaviour of thin metal foils in free bending processes. Microforming at elevated temperature - forming and material behaviour. A simulation model for crater formation in laser milling. Micro-extrusion of ultra-fine grain aluminium. Discussion on thin WEDM error analysis and characterisation. A friction model for microforming. Simulating electroplated micro surfaces in 3-D. Multilayered and nanolayered hard nitride thin films for a better yield in micro machining. Laser striation of groove patterns of metallic surfaces. Micro-stamping of molybdenum rhenium components. Flexible tool system for creation of surface micro-geometries. Rapid prototyping of microstructured ceramic and metal parts using reaction molding techniques. The ceramics substrates microprocessing by high precision laser technologies for microsystems, microsensors and actuators applications. Low-pressure injection molding of ceramic micro devices using sub-micron and nano scaled powders. High-resistive micro components produced by high-pressure powder injection moulding. Mixed technologies for gas sensors microfabrication. Patterned multilayer thick film electroceramic structures for micro electromechanical systems. Micro-machining of metals, ceramics and polymers using nanosecond lasers. Capability study of the Feubic direct shell process for casting micro-components. Direct manufacture of ceramic micro components with layered manufacturing methods. Metrological characterization of micro particles by direct simulation Monte Carlo. Through-transmissive-media (TTM) interferometric techniques applied to characterizing packaged MEMS and MOEMS devices. Micro metrology tools for local investigation of mechanical phenomena in solids and liquids. Surface characterisation in forming processes by functional 3D parameters. Assessment of digital cameras for micro-structural sensing of low contrast surface features. Metrology applications of two-dimensional frequency analysis for micro-features characterisation. Thermal process control for laser radiation bonding of silicon and glass. Innovative handling techniques of thin flexible micro parts. Mechanical evaluation and improvement of microgrippers. Three dimensional force fields for micropart manipulation. Classification of assembly techniques for micro products. Automation of microfactories : towards using small industrial robots. Micro laser welding of polymer microstructures using low power laser diodes. Robot based assembly and processing micro/nano operations. Fuzzy control in micropart manipulation using programmable force fields. LTCC packaging for microsystems. Correct modelling of the materials properties in the design and simulation of precision micro-parts. Maskless and electroless Ni-Au bump deposition. Multifunctional packages by assembly of SMD and bare dies on molded interconnect devices (MID). Development of highly precise bonding procedures for structured polyimide films on silicon substrates. Evaluation of dynamic parameters of micromilling tools smaller than 0.3 mm in diameter. Micromechanical structuring of polymers, metals and ceramics. Adaptable five-axis polishing machine head. Manufacturing of NURBS based free-form surfaces using fast tool servo systems. Miniaturization of the injection abrasive water jet machining process. Single crystalline cubic boron nitride as cutting material for the ultra precision machining of steel. A comparison between microfabrication technologies for metal tooling. A study of the micro EDM electrode wear. Some cutting technology problems of micro cutting. Micro milling of thin features. Realisation of a new concept for optical-mechanical precision parts produced by polymers processing. New methods for tool failure detection in micro-milling. ECF - an innovative technique for micro mould fabrication. Polymeric thin films patterning for direct fabrication of micro-optical components. Comparison of hydraulic microactuator configurations. Microfluidic devices made by automated metal foil LOM. Intelligent intraoral drug delivery microsystem. A multi-material micropump for applications in microfluidics. Fast packaging of polymeric cantilever chip by micromilling. Rapid prototyping of all-COC/Topas fluidic microsystems. Mechanical sealing of microfluidic structures. An extended toolbox for fully integrated sample processing and detection on a high-frequency centrifugal microfluidic platform. Control of fluidic in a plastic disposable chip used of POC-diagnostics. Microfluidic devices with micronozzles fabricated by injection moulding. Fabrication of a geometrically complex brain slice perfusion device via contact liquid photolithographic polymerization (CLiPP). Ultra-hydrophobic PECVD coating for a better surface energy management. A novel non-resonant technique for measuring the rheological properties of fluids using microfabricated thermal bimorph actuators. Micro product development methods - how do we focus on the right issues?. Design study of a capacitive pressure sensor in non-silicon materials. Spectrally encoded fiber optic measurement of diffusive target displacement. Optical biosensor based on integrated interferometer using polymeric waveguides. Micropellistor for methane detection. Magnetic field flux density study of MEMS component actuator. Stress control in bimaterial sensors and actuators. Micro power generation with micro gas turbines : a challenge. Comparison of optimal machining parameters of sinking EDM and micro EDM processes. Complex contour features in silicon by modified deep reactive ion etching (DRIE) processes for infrared collection applications and hot embossing applications. Determination of critical and minimum volume fraction for composite sensors and actuators. Table of Contents provided by Blackwell. All Rights Reserved.

Detalles del artículo

• Páginas : 493
• Editorial : Pergamon
• Idioma : Inglés
• Fecha de Publicación : 26/01/2006
• ISBN: 9780080448794
• Encuadernación : Cartoné
• Nº Volúmenes : 1
• País de Publicación : Reino Unido (INGLATERRA)