An edition of Semiconductor device-based sensors for gas, chemical, and biomedical applications (2011)

Semiconductor device-based sensors for gas, chemical, and biomedical applications

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Cover of: Semiconductor device-based sensors for gas, chemical, and biomedical applications by Fan Ren, S. J. Pearton, Fan Ren, S. J. Pearton
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An edition of Semiconductor device-based sensors for gas, chemical, and biomedical applications (2011)

Semiconductor device-based sensors for gas, chemical, and biomedical applications

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CRC
Language
English
Pages
312

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Subjects

Biosensors, Chemical detectors, Semiconductors, Détecteurs de produits chimiques, Biocapteurs, TECHNOLOGY & ENGINEERING, Sensors

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Cover of: Semiconductor Device-Based Sensors for Gas, Chemical, and Biomedical Applications
Semiconductor Device-Based Sensors for Gas, Chemical, and Biomedical Applications
2017, Taylor & Francis Group
in English
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Cover of: Semiconductor Device-Based Sensors for Gas, Chemical, and Biomedical Applications
Semiconductor Device-Based Sensors for Gas, Chemical, and Biomedical Applications
2016, Taylor & Francis Group
in English
Libraries near you: WorldCat
Cover of: Semiconductor Device-Based Sensors for Gas, Chemical, and Biomedical Applications
Semiconductor Device-Based Sensors for Gas, Chemical, and Biomedical Applications
2016, Taylor & Francis Group
in English
Libraries near you: WorldCat
Cover of: Semiconductor Device-Based Sensors for Gas, Chemical, and Biomedical Applications
Semiconductor Device-Based Sensors for Gas, Chemical, and Biomedical Applications
2011, Taylor & Francis Group
in English
Libraries near you: WorldCat
Cover of: Semiconductor device-based sensors for gas, chemical, and biomedical applications
Semiconductor device-based sensors for gas, chemical, and biomedical applications
2011, CRC
in English
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Book Details

Table of Contents

Machine generated contents note: -- 1.1.
Introduction -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.2.
A1GaN Field-Effect Sensors -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.3.
Fabrication and Characterization of A1GaN/GaN Sensors -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.3.1.
Growth of the Heterostructure -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.3.2.
Sensor Processing -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.3.3.
Electrical Characterization of the A1GaN/GaN Heterostructure -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.3.4.
Technology Impact on the Surface and Sensor Properties -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.3.5.
Biocompatibility of the Sensor -- M. Gebinoga /-- A. Schober /-- I. Cimalla /-- V. Lebedev /-- V. Cimalla /-- V. Polyakov
1.4.
Measurement Conditions -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.4.1.
Buffer Solutions -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.4.2.
Characterization Setup -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.4.3.
Noise and Drift -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.4.4.
Cell-Based Sensor-CPFET -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.4.5.
NG 108-15 Nerve Cell Line -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.4.6.
Neurotransmitters-Acetylcholine -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.4.7.
Neuroinhibitors -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.4.8.
Cell Media -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.5.
Cell Coupling to an A1GaN/GaN ISFET -- V. Cimalla /-- I. Cimalla /-- V. Lebedev /-- A. Schober /-- V. Polyakov /-- M. Gebinoga
1.5.1.
Sensor Preparation -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.5.2.
Sensor Response to pH Changes in Cell Media with/without Cells -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.5.3.
Ion Sensitivity of AlGaN/GaN ISFETs -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.5.4.
Sensitivity of A1GaN/GaN ISFETs to Inhibitors -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.6.
Recording of Extracellular Signal -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.6.1.
Response on Single Inhibitors in SCZ Buffer -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.6.2.
Response on Single Inhibitors in DMEM -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.6.3.
Sensor Response on Different Neurotoxins -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.7.
Sensor Signal Simulation -- I. Cimalla /-- M. Gebinoga /-- V. Cimalla /-- V. Polyakov /-- V. Lebedev /-- A. Schober
1.7.1.
Self-Consistent Simulation of the Heterostructure Using a Site-Binding Model -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 1.7.2.
Estimation of the Ion Flux in Cleft -- V. Polyakov / -- V. Lebedev / -- A. Schober / -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla -- 1.8.
Summary -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober
Acknowledgments -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober
References -- I. Cimalla / -- M. Gebinoga / -- V. Cimalla / -- V. Polyakov / -- V. Lebedev / -- A. Schober -- 2.1.
Introduction -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.2.
Gas Sensing -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.2.1.
O2 Sensing -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.2.2.
CO2 Sensing -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.2.3.
CH4 Sensing -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.3.
Sensor Functionalization -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.4.
pH Measurement -- B.H. Chu /-- C.Y. Chang /-- F. Ren /-- Jenshan Lin /-- S.J. Pearton
2.5.
Exhaled Breath Condensate -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.6.
Heavy Metal Detection -- Jenshan Lin / -- F. Ren / -- S.J. Pearton / -- C.Y. Chang / -- B.H. Chu -- 2.7.
Biotoxin Sensors -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.7.1.
Botulinum -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.8.
Biomedical Applications -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.8.1.
pH Sensing in Breath Condensate -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.8.2.
Glucose Sensing -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.8.3.
Prostate Cancer Detection -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.8.4.
Kidney Injury Molecule Detection -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.8.5.
Breast Cancer -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.8.6.
Lactic Acid -- B.H. Chu / -- C.Y. Chang / -- S.J. Pearton / -- Jenshan Lin / -- F. Ren -- 2.8.7.
Chloride Ion Detection -- B.H. Chu /-- C.Y. Chang /-- F. Ren /-- Jenshan Lin /-- S.J. Pearton
2.8.7.1.
HEMT Functionalized with Ag/AgC1 -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.8.7.2.
HEMT Functionalized with InN -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.8.8.
Pressure Sensing -- S.J. Pearton / -- Jenshan Lin / -- C.Y. Chang / -- B.H. Chu / -- F. Ren -- 2.8.9.
Traumatic Brain Injury -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.9.
Endocrine Disrupter Exposure Level Measurement -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.10.
Wireless Sensors -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 2.11.
Summary and Conclusions -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton
Acknowledgments -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton
References -- B.H. Chu / -- C.Y. Chang / -- F. Ren / -- Jenshan Lin / -- S.J. Pearton -- 3.1.
Introduction -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.2.
A1GaN/GaN HEMT Schottky-Diode-Based Hydrogen Sensor -- Travis J. Anderson /-- Byung Hwan Chu /-- Fan Ren /-- Stephen J. Pearton /-- Jenshan Lin /-- Yu-Lin Wang
3.2.1.
Basic Schottky Diode Hydrogen Sensor -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.2.1.1.
Device Structure and Fabrication -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.2.1.2.
Testing Procedure -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.2.1.3.
Experimental Results -- Byung Hwan Chu / -- Yu-Lin Wang / -- Travis J. Anderson / -- Jenshan Lin / -- Fan Ren / -- Stephen J. Pearton -- 3.2.2.
TiB2 Ohmic Contacts -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.2.3.
Effect of Humidity on Hydrogen Sensors -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.2.4.
Differential Sensor -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.3.
GaN Schottky Diode Sensor -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.3.1.
N-face and Ga-face Comparison -- Travis J. Anderson /-- Byung Hwan Chu /-- Fan Ren /-- Stephen J. Pearton /-- Jenshan Lin /-- Yu-Lin Wang
3.3.1.1.
Device Structure and Fabrication -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.3.1.2.
Experimental Results -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.3.2.
W/Pt-Contacted GaN Schottky Diodes -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.4.
Nanostructured Wide-Bandgap Materials -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.4.1.
Hydrogen Sensors Based on ZnO Nanorods -- Fan Ren / -- Travis J. Anderson / -- Jenshan Lin / -- Yu-Lin Wang / -- Stephen J. Pearton / -- Byung Hwan Chu -- 3.4.1.1.
Device Structure and Fabrication -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.4.1.2.
Experimental Results -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.4.2.
GaN Nanowires -- Travis J. Anderson /-- Byung Hwan Chu /-- Fan Ren /-- Stephen J. Pearton /-- Jenshan Lin /-- Yu-Lin Wang
3.4.3.
InN Nanobelts -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.4.4.
Single ZnO Nanowire -- Travis J. Anderson /-- Byung Hwan Chu /-- Fan Ren /-- Stephen J. Pearton /-- Jenshan Lin /-- Yu-Lin Wang
Note continued: -- 3.5.
SiC Schottky Diode Hydrogen Sensor -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.6.
Wireless Sensor Network Development -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.6.1.
Sensor Module -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.6.1.1.
Description of Wireless Transceiver -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.6.1.2.
Description of Web Server -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.6.2.
Field Test -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang / -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren -- 3.6.2.1.
Initial Field Test Results -- Travis J. Anderson /-- Byung Hwan Chu /-- Fan Ren /-- Stephen J. Pearton /-- Jenshan Lin /-- Yu-Lin Wang
3.6.2.2.
Improved Field Test Results -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 3.7.
Summary -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang
Acknowledgments -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang
References -- Travis J. Anderson / -- Byung Hwan Chu / -- Fan Ren / -- Stephen J. Pearton / -- Jenshan Lin / -- Yu-Lin Wang -- 4.1.
Introduction -- Yuh-Hwa Chang / -- Yen-Sheng Lu / -- J. Andrew Yeh / -- Yu-Liang Hong / -- Hong-Mao Lee / -- Shangjr Gwo -- 4.2.
Surface Properties of InN -- Yuh-Hwa Chang / -- Yen-Sheng Lu / -- J. Andrew Yeh / -- Yu-Liang Hong / -- Hong-Mao Lee / -- Shangjr Gwo -- 4.2.1.
Electronic Properties -- Yuh-Hwa Chang / -- Yen-Sheng Lu / -- J. Andrew Yeh / -- Yu-Liang Hong / -- Hong-Mao Lee / -- Shangjr Gwo -- 4.2.2.
Chemical Sensing Properties -- Yuh-Hwa Chang /-- Yen-Sheng Lu /-- J. Andrew Yeh /-- Yu-Liang Hong /-- Hong-Mao Lee /-- Shangjr Gwo
4.3.
InN-Based Chemical Sensors Development -- Yuh-Hwa Chang / -- Yen-Sheng Lu / -- J. Andrew Yeh / -- Yu-Liang Hong / -- Hong-Mao Lee / -- Shangjr Gwo -- 4.3.1.
Ion-Selective Electrode (ISE) -- Yuh-Hwa Chang / -- Yen-Sheng Lu / -- J. Andrew Yeh / -- Yu-Liang Hong / -- Hong-Mao Lee / -- Shangjr Gwo -- 4.3.1.1.
Device Fabrication -- Yuh-Hwa Chang / -- Yen-Sheng Lu / -- J. Andrew Yeh / -- Yu-Liang Hong / -- Hong-Mao Lee / -- Shangjr Gwo -- 4.3.1.2.
Testing Procedure and Results -- Yuh-Hwa Chang / -- Yen-Sheng Lu / -- J. Andrew Yeh / -- Yu-Liang Hong / -- Hong-Mao Lee / -- Shangjr Gwo -- 4.3.2.
Ion-Sensitive Field-Effect Transistor (ISFET) -- Yuh-Hwa Chang / -- Yen-Sheng Lu / -- J. Andrew Yeh / -- Yu-Liang Hong / -- Hong-Mao Lee / -- Shangjr Gwo -- 4.3.2.1.
Device Fabrication -- Hong-Mao Lee / -- Shangjr Gwo / -- Yuh-Hwa Chang / -- Yen-Sheng Lu / -- J. Andrew Yeh / -- Yu-Liang Hong -- 4.3.2.2.
Testing Procedure and Results -- Yuh-Hwa Chang / -- Yen-Sheng Lu / -- J. Andrew Yeh / -- Yu-Liang Hong / -- Hong-Mao Lee / -- Shangjr Gwo -- 4.4.
Summary -- Yuh-Hwa Chang /-- Yen-Sheng Lu /-- J. Andrew Yeh /-- Yu-Liang Hong /-- Hong-Mao Lee /-- Shangjr Gwo
Acknowledgments -- Yuh-Hwa Chang / -- Yen-Sheng Lu / -- J. Andrew Yeh / -- Yu-Liang Hong / -- Hong-Mao Lee / -- Shangjr Gwo
References -- Yuh-Hwa Chang / -- Yen-Sheng Lu / -- J. Andrew Yeh / -- Yu-Liang Hong / -- Hong-Mao Lee / -- Shangjr Gwo -- 5.1.
Introduction -- Y.W. Heo / -- S.J. Pearton / -- D.P. Norton / -- F. Ren -- 5.2.
Basic Properties of ZnO -- F. Ren / -- D.P. Norton / -- Y.W. Heo / -- S.J. Pearton -- 5.3.
Dopants in ZnO -- F. Ren / -- D.P. Norton / -- S.J. Pearton / -- Y.W. Heo -- 5.4.
Ion Implantation -- S.J. Pearton / -- F. Ren / -- D.P. Norton / -- Y.W. Heo -- 5.5.
Etching of ZnO -- D.P. Norton / -- F. Ren / -- S.J. Pearton / -- Y.W. Heo -- 5.6.
Ohmic Contacts -- S.J. Pearton / -- F. Ren / -- D.P. Norton / -- Y.W. Heo -- 5.7.
Schottky Contact -- D.P. Norton / -- F. Ren / -- S.J. Pearton / -- Y.W. Heo -- 5.8.
Properties of Hydrogen in ZnO -- S.J. Pearton / -- F. Ren / -- D.P. Norton / -- Y.W. Heo -- 5.8.1.
Proton Implantation -- D.P. Norton / -- F. Ren / -- S.J. Pearton / -- Y.W. Heo -- 5.8.2.
Hydrogen Plasma Exposure -- S.J. Pearton / -- D.P. Norton / -- F. Ren / -- Y.W. Heo -- 5.9.
Ferromagnetism in ZnO -- S.J. Pearton /-- Y.W. Heo /-- D.P. Norton /-- F. Ren
5.9.1.
Ferromagnetism in Semiconductors -- Y.W. Heo / -- S.J. Pearton / -- D.P. Norton / -- F. Ren -- 5.9.2.
Spin Polarization in ZnO -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.9.3.
Nanorods -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.9.4.
Properties of Mn- and Co-Implanted Bulk ZnO -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.10.
Gas Sensing Using ZnO Thin Film -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.10.1.
Ethylene Sensing -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.10.2.
CO Sensing -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.11.
Transport in ZnO Nanowires -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.12.
ZnO Nanowire Schottky Diodes -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.13.
ZnO Nanowire MOSFET -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.14.
UV Nanowire Photodetectors -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.15.
Gas and Chemical Sensing -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.15.1.
Hydrogen Sensing with ZnO nanowires -- Y.W. Heo /-- F. Ren /-- D.P. Norton /-- S.J. Pearton
5.15.2.
Ozone Sensing -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.15.3.
pH Response -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.16.
Biological Sensing -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.16.1.
Surface Modification of ZnO -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.16.2.
Using Protein Immobilization for Ultrasensitive Detection of Proteins and Single Viruses -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.16.3.
Immobilization of Nucleic Acids on Nanowires for Biosensors for Genes and mRNA -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.16.4.
Direct Immobilization of Aptamers for Ultrasensitive Detection of Proteins and Drug Molecules -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.16.5.
ZnO Nanowires with Various Doping and Surface Chemistry Terminations -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.16.6.
A 3D Self-Consistent Simulator for a Biological Sensor -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton -- 5.17.
Summary -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton
Acknowledgments -- Y.W. Heo / -- F. Ren / -- D.P. Norton / -- S.J. Pearton
References -- Y.W. Heo /-- F. Ren /-- D.P. Norton /-- S.J. Pearton
6.1.
Introduction -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.
Models of BioFET Device Operation -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.1.
FET Operation -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.1.1.
Charge in a MOSFET -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski / -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen -- 6.2.1.2.
Charge Sheet Models for MOSFETs -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.1.3.
Capacitance -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.1.4.
Operation of the BioFET -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.1.5.
Monitoring the Threshold Voltage -- D. Landheer /-- W.R. McKinnon /-- W.H. Jiang /-- M.J. Deen /-- G. Dubey /-- N.G. Tarr /-- M.W. Shinwari /-- G. Lopinski
6.2.2.
The Oxide Surface and the Electrolyte -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.2.1.
The Electrolyte and Double Layer -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.2.2.
The Oxide Surface in an Electrolyte -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.2.3.
Other Insulators -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski / -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen -- 6.2.3.
Molecules on the Oxide Surface -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.3.1.
Linker Layer -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- G. Lopinski / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- M.J. Deen -- 6.2.3.2.
Charged Membrane-Especially Oligonucleotides -- D. Landheer /-- W.R. McKinnon /-- W.H. Jiang /-- M.J. Deen /-- G. Dubey /-- N.G. Tarr /-- M.W. Shinwari /-- G. Lopinski
6.2.3.3.
Electrostatics of Brushes and the Donnan Potential -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.4.
Membrane Model and Poisson-Boltzmann Analysis -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.4.1.
Donnan Potential -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.4.2.
Change with Hybridization -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.5.
Small-Signal Analysis and Sensitivities -- G. Dubey /-- N.G. Tarr /-- M.W. Shinwari /-- G. Lopinski /-- D. Landheer /-- W.R. McKinnon /-- W.H. Jiang /-- M.J. Deen
Note continued: -- 6.2.5.1.
Effects of pH and Hydroxyl Density -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.5.2.
Ion Sensitivity versus Charge Sensitivity -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.5.3.
Complexation -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.5.4.
Impermeable Linking Layer -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.5.5.
Permeable Linking Layer -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.5.6.
Transient Effects due to Mixing -- D. Landheer /-- W.R. McKinnon /-- W.H. Jiang /-- M.J. Deen /-- G. Dubey /-- N.G. Tarr /-- M.W. Shinwari /-- G. Lopinski
6.2.5.7.
Size of the Signal -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.6.
Large-Signal Models of the BioFET -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski / -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen -- 6.2.7.
Limitations of the 1-D Model -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.7.1.
Manning Condensation -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.7.2.
Other Mechanisms for the Signal in a BioFET -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.7.3.
The Mystery of High Signals -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.2.8.
Comparison with Measurements -- D. Landheer /-- W.R. McKinnon /-- W.H. Jiang /-- M.J. Deen /-- G. Dubey /-- N.G. Tarr /-- M.W. Shinwari /-- G. Lopinski
6.2.9.
BioFET Simulations in 3-D -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.3.
Impedance Measurements on BioFETs -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.3.1.
Impedance of ISFETs, REFETs, and the First Biomembranes -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski / -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen -- 6.3.1.1.
ISFETs -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.3.1.2.
REFETs -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.3.1.3.
Measurement of Differential Output with ISFFET/REFET Pairs -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.3.1.4.
First Impedance Studies of Protein Membranes -- D. Landheer /-- W.R. McKinnon /-- W.H. Jiang /-- M.J. Deen /-- G. Dubey /-- N.G. Tarr /-- M.W. Shinwari /-- G. Lopinski
6.3.1.5.
Series Resistance of the Electrolyte -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.3.2.
Membrane Sensors -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.3.2.1.
Ion-Selective Surfaces -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.3.2.2.
Antigen[-]Antibody Conjugation -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski / -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen -- 6.3.2.3.
Electrochemical (Faradaic) Impedance Spectroscopy -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.3.2.4.
EnFETs -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.3.3.
Detection of DNA Hybridization -- D. Landheer /-- W.R. McKinnon /-- W.H. Jiang /-- M.J. Deen /-- G. Dubey /-- N.G. Tarr /-- M.W. Shinwari /-- G. Lopinski
6.3.3.1.
SNP Detection in Prehybridized DNA -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.3.3.2.
SNP Detection for In Situ Hybridization -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- G. Lopinski / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- M.J. Deen -- 6.4.
MOS Nanowire BioFETs -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.4.1.
Bioaffinity Sensing with SiNWs -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.4.1.1.
Probe Target Binding and the Langmuir Model -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.4.1.2.
History -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.4.2.
SiNWs Grown by the VLS Method -- D. Landheer /-- W.R. McKinnon /-- W.H. Jiang /-- M.J. Deen /-- G. Dubey /-- N.G. Tarr /-- M.W. Shinwari /-- G. Lopinski
6.4.3.
Planar MOS Nanowires-No Gating -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.4.4.
Back-Gated Planar Sensors -- M.W. Shinwari / -- M.J. Deen / -- D. Landheer / -- N.G. Tarr / -- W.H. Jiang / -- G. Lopinski / -- G. Dubey / -- W.R. McKinnon -- 6.4.4.1.
Attomolar Detection of Proteins -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.4.4.2.
Demonstrations of Back-Gated SiNW Bioaffinity Sensor Performance -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.4.4.3.
Nanoribbons -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.4.5.
Eliminating the Oxide Layer -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.4.6.
Alternate Nanowire Fabrication Methods -- D. Landheer /-- W.R. McKinnon /-- W.H. Jiang /-- M.J. Deen /-- G. Dubey /-- N.G. Tarr /-- M.W. Shinwari /-- G. Lopinski
6.4.7.
Nanowire Electrical Models -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.4.7.1.
Cylindrical Membranes -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.4.7.2.
Determination of Nanowire Capacitance and Surface Potential -- M.W. Shinwari / -- M.J. Deen / -- D. Landheer / -- N.G. Tarr / -- W.H. Jiang / -- G. Lopinski / -- G. Dubey / -- W.R. McKinnon -- 6.4.7.3.
3-D Models -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.4.8.
Slow Response due to Diffusion -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski -- 6.4.9.
Conclusions -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- M.J. Deen / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- G. Lopinski
References -- D. Landheer / -- W.R. McKinnon / -- W.H. Jiang / -- G. Lopinski / -- G. Dubey / -- N.G. Tarr / -- M.W. Shinwari / -- M.J. Deen -- 7.1.
MEMS Introduction -- Z.M. Qi / -- H. Xie -- 7.1.1.
MEMS Overview -- Z.M. Qi /-- H. Xie
7.1.2.
MEMS Fabrication -- Z.M. Qi / -- H. Xie -- 7.1.3.
Chapter Outline -- Z.M. Qi / -- H. Xie -- 7.2.
Optical Sensing Principles -- Z.M. Qi / -- H. Xie -- 7.3.
MEMS-Based Fourier Transform Spectroscopy for Chemical Sensing -- Z.M. Qi / -- H. Xie -- 7.3.1.
Quantized States in Molecules -- Z.M. Qi / -- H. Xie -- 7.3.2.
Optical Spectroscopy -- Z.M. Qi / -- H. Xie -- 7.3.3.
Fourier Transform Spectroscopy -- Z.M. Qi / -- H. Xie -- 7.3.4.
Fourier Transform Infrared Spectroscopy -- Z.M. Qi / -- H. Xie -- 7.3.5.
MEMS FTIR -- Z.M. Qi / -- H. Xie -- 7.3.5.1.
MEMS Actuators -- Z.M. Qi / -- H. Xie -- 7.3.5.2.
Miniature FTIR Based on Electrostatic Micromirrors -- Z.M. Qi / -- H. Xie -- 7.3.5.3.
Miniature FTIR Based on Electromagnetic Micromirrors -- Z.M. Qi / -- H. Xie -- 7.3.5.4.
Miniature FTIR Based on Electrothermal Micromirrors -- Z.M. Qi / -- H. Xie -- 7.3.5.5.
A Mirror-Tilt-Insensitive (MTI) Fourier Transform Spectrometer -- Z.M. Qi / -- H. Xie -- 7.3.6.
Summary -- Z.M. Qi / -- H. Xie -- 7.4.
Interferometric MEMS Chemical and Biochemical Sensors -- Z.M. Qi / -- H. Xie -- 7.4.1.
Introduction -- Z.M. Qi /-- H. Xie
7.4.2.
Integrated Optical Mach-Zehnder Interferometer (MZI) Sensors -- Z.M. Qi / -- H. Xie -- 7.4.3.
Composite Waveguide-Based Polarimetric Interferometer (PI) Sensors -- Z.M. Qi / -- H. Xie -- 7.4.4.
Integrated Optical Young Interferometer (YI) Sensors -- Z.M. Qi / -- H. Xie -- 7.4.4.1.
Sensing Principle of Integrated Optical YI -- Z.M. Qi / -- H. Xie -- 7.4.4.2.
Slab-Type YI Sensors -- Z.M. Qi / -- H. Xie -- 7.4.4.3.
Stripe-Type YI Sensors -- Z.M. Qi / -- H. Xie -- 7.4.5.
Integrated Optical Fabry-Perot Interferometer (FPI) Sensor -- Z.M. Qi / -- H. Xie -- 7.4.6.
Conclusion -- Z.M. Qi / -- H. Xie
References -- Z.M. Qi /-- H. Xie.

Edition Notes

Includes bibliographical references and index.

Published in
Boca Raton, Fla

Classifications

Dewey Decimal Class
681.2
Library of Congress
TP159.C46, TP159.C46 S46 2011eb

The Physical Object

Pagination
xii, 312 p. :
Number of pages
312

ID Numbers

Open Library
OL25544094M
Internet Archive
semiconductordev00renf
ISBN 10
1439813876
ISBN 13
9781439813874
OCLC/WorldCat
654317965, 880372907, 727798155

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