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    공학 >컴퓨터ㆍ통신 >정보통신공학
  • 등록일자
    2010.09.01
  • 조회수
    6,612
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Sensors are small devices, in a sense, designed to replace bulky analytical instruments to meet various needs in chemical, environmental, biomedical, agricultural, and several other industries. This course will discuss how micro and

nanotechnologies have been shaping the sensor design and development. Development of sensors that are small,

consume little power and inexpensive is key to realize the goals of U-Health and U-Environment initiatives which are

becoming common across the world.
IntroductionPhysical Effects important in Sensing
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1. 비디오 IntroductionPhysical Effects important in Sensing 1.What is a Sensor?
2.Expectations
3.Where do we come across sensors?
4.Internal Noises
5.Acceptable sensor parameters in some common fields
6.Physical Effects employed in Signal Transduction
7.Photoelectric Effect
8.Photoconductive Effect
9.Photovoltaic Effect
10.Photoluminescence Effect
11.Electroluminescence Effect
12.Electroluminescence Effect:LEDs
URL
2. 비디오 Physical Effects important in SensingCommon Processing Techniques used in Sensor FabricationPlasma Processes and basics 1.Chemiluminescence Effect
2.Doppler Effect
3.Thermoresistive Effect
4.Piezoresistive Effect
5.Magnetoresistive Effect
6.Top-Down vs Bottom-up Techniques
7.Sputtering
8.Magnetron Sputtering
9.MBE Growth Conditions
10.MBE Growth Characteristics
11.Glow Discharges
URL
3. 비디오 Plasma Processes and basicsAnalytical Tools 1.Glow Discharges
2,Surface Chemistry
3.Pattern Transfer
4.Schematic of a Typical Plasma Reactor Setup
5.ALD Process and Equipment
6.Self Assembly
7.Electromagnetic Spectroscopy
8.Basic Spectrometer
9.Optical Microscopes
URL
4. 비디오 Types of Electrical NoiseLow-Frequency Measurement TechniquesNoise Calculations 1.Types of Electrical Noise
2.Noise Representations
3.Thermal
4.LNF Measurement System
URL
5. 비디오 Basics for BiosensorsSensor Interface Circuits 1.Cellular Biology
2.More Gain
3.PSRR
4.ZVTC
URL
6. 비디오 Optical Sensors 1.Background Information-Radiation/Radiant Energy
2.Example1 Remote Radiation Sensing
3.Example2 Radiation Sensing for Medical Applications
4.Example3 Radiation Sensing for Cancerl Applications
URL
7. 비디오 Chemical Sensor (1) 1.What is a chemical sensor?
2.Applications for Chemical Sensors
3.Oxide Sensors:Sensing Mechanism
4.Mass Sensitive Sensors: BAW & SAW Devices
URL
8. 비디오 Optical Sensors-2 Sensitivity & Quantum efficiency URL
9. 비디오 Chemical Sensor-2Nano Chemical Sensor 1.Applications for Chemical Sensors
2.l Oxide Gas Sensor-Taguchi Sensor
3.SAW Sensors
4.Capacitive Humidity Sensors
5.Breath Analysis-Chemical Sensing
6.CNT Dielectric Properties in Chemical Sensing
7.SWCNT Chemiresistor
8.ZnO Nanowire Chemiresistor
URL
10. 비디오 Related Transport Equations 1.Non equilibrium equations
2.Ambipolar Transport
3.Low-Level Injection
URL
11. 비디오 Biomedical applications of Silicon Optical Sensors-1 1.Autofluorescence Imaging(AFI)
2.Fluorescence Micro scope
3.SS Alternatives CMOS Imagers
URL
12. 비디오 Biomedical applications of Silicon Optical Sensors-2 1.Biosensor Characteristics
2.Glucose
3.CMOS
URL
13. 비디오 Nano Bio Sensor 1.Some examples of Nano-biosensors
2.CNT d Biosensors
3.Commonly used Carbon Electrodes
4.CNF Nanoelectrode Array Fabrication
5.Fabrication of Genechip
6.Simple model for Biosensing
7.Insight from Modeling
URL

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