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Measurement strategies for Object Identification | 1 | |
A Smart 2.5D Image Sensor Containing a PSD Array and an On-Chip Multiplexer | 11 | |
Adaptive Optical System Based on a Micromachined Adaptive Mirror | 17 | |
The Integrated Compass Watch Microsystem | 21 | |
Non-Destructive Food-Sterility and Package-Quality Testing of Aseptically Packed Food Products by Impedance Measurements | 27 | |
Transduction Principles and Integration of Chemical Sensors into a Micromechanical Array Device | 33 | |
Measurement on Single DNA Molecules | 43 | |
Novel Integrated Optical Refractometer | 49 | |
Temperature Dependence of a Thermal Accelerometer | 55 | |
Nearly Quantum-Limited Squids for a Gravitational Wave Antenna | 61 | |
From Biosensors to Biosensing Systems | 67 | |
Glass Channels and Capillary Injectors for Capillary Zone Electrophoresis | 77 | |
A New Fabrication Method for in-Plane Micro Fluid Handling Components and Analysis Systems | 85 | |
A System for Fluid Dosing in the Nanoliter Range | 91 | |
Chemically Modified Field-Effect Transistors for Measurement of Ion Activities in Aqueous Solution | 97 | |
Selective Optode Membranes for Heavy Metal Ion Detection | 107 | |
Covalent Coupling of Polyamines to Aminobead-Covered ISFETs | 111 | |
DNA Binding Kinetics of Oct-1 Linker Mutant Proteins Studied with the Instrument for Biomolecular Interaction Sensing (IBIS) | 117 | |
Entrepreneurship in Sensor-Land | 123 | |
A Novel Concept in Thin Film Magnetic Heads: The Sensor Last Design | 133 | |
Membrane Fabrication with Galvanic Etch-Stop | 139 | |
Fabrication Technology of Geiger Mode Avalanche Photodiodes | 143 | |
Dry Release of Metal Structures in Oxygen Plasma | 147 | |
Miniaturized Isfet Interface for the Use on a Serial PC Port | 153 | |
A Low Power Detection Method for Small Ultrasonic Echo Signals | 159 | |
Design of a Smart Microacoustic Liquid Sensor System - Part I: Microacoustic Device | 165 | |
Design of a Smart Microacoustic Liquid Sensor System - Part II: Electronics | 171 | |
Influence of Substrate Voltage on Sensitivity and Offset of (Spinning-Current) Hall Plates | 179 | |
Hybrid Integrated Electro-Optic Sensor Platform | 185 | |
A Theoretical and Experimental Study of the Piezo-Junction Effect in Silicon and its Exploitation in New Sensor Structures | 191 | |
Sacrificial Oxide Etching Compatible with Aluminium Metallization | 197 | |
Free Standing Beams Made by Single Step Electrochemical Etching in Hydrofluoric Acid | 201 | |
Development of a Disposable Biosensor Chipcard System | 207 | |
Quartz-to-Silicon Fusion Bonding for Micro Acoustic Wave Applications | 213 | |
Cyclodextrins as Receptors on Surface Acoustic wave Devices | 219 | |
A Low-Cost Smart Interface for Active Sensors | 223 | |
Smart Optical Sensor Systems in CMOS for Measuring Light Intensity and Colour | 229 | |
Thermal Analysis of Multi-Chip-Composed Microsystem | 235 | |
IC Post-Processing Module for Deposition of Thin Metal Films | 241 | |
A Fast and Accurate Temperature-Control System Using Smart Temperature Sensors | 247 | |
An Actuation Principle: The Electrolysis of Water | 255 | |
A Mixer Based on Diffusion-Mixing Designed for the Mafias-Project | 263 | |
Low Power Sigma-Delta Analog-to-Digital Converter Interface for Biomedical Measurement System | 269 | |
Development of Cryogenic Current Comparators with DC Squid Readout for the Calibration of Electrical Standards | 275 | |
Squid Readout of Cryogenic Particle Detectors | 281 | |
Low Creep and Hysteresis Load Cell Based on a Force to Liquid Pressure Transformation | 287 | |
Stability and Applications of Electrochemically-Active Self-Assembled Monolayers | 293 | |
Binding of Metal Ions to Self-Assembled Monolayers of Crown Ethers | 299 | |
Functionalized Cyclodextrin-Calix[4]Arene Host Molecules for Detection of Organic Analytes | 305 | |
Self-Assembled Monolayers on Gold for the Detection of Molecular Interactions via Surface Plasmon Resonance | 311 | |
Battery-Less Sensors for Continuous Measurement of Physiological Parameters of Animals | 317 | |
Authors Index | 321 | |
Subject Index | 323 |
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Add Sensor Technology in the Netherlands: State of the Art, In the rapidly developing information society there is an ever-growing demand for information-supplying elements or sensors. The technology to fabricate such sensors has grown in the past few decades from a skilful activity to a mature area of scientific , Sensor Technology in the Netherlands: State of the Art to the inventory that you are selling on WonderClubX
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Add Sensor Technology in the Netherlands: State of the Art, In the rapidly developing information society there is an ever-growing demand for information-supplying elements or sensors. The technology to fabricate such sensors has grown in the past few decades from a skilful activity to a mature area of scientific , Sensor Technology in the Netherlands: State of the Art to your collection on WonderClub |