Vol. 20, Supplement B (2004)

Technical Digest of the 10th International Meeting on Chemical Sensors
July 11-14, 2004

Contents (under construction)

Toward Innovations of Gas Sensor Technology
Yamazoe, N. (Kyushu University, Japan)
page 1
Gas Sensing: Basic Understanding and Devices
Weimar, U.; Barsan, N.; Oprea, A. (University of Tubingen, Germany)
page 5
Temperature Independent Resistive Oxygen Sensors Using Solid Electrolyte Zirconia as a New Temperature Compensating Material
Izu, N.¹; Shin, W.¹; Matsubara, I.¹; Murayama, N.¹; Oh-hori, N.²; Itou, M.² (¹AIST, ²Yamaha Motor Co., Ltd., Japan)
page 10
The Defect Chemistry of SrTi_1-xFe_xO_3-d Oxygen Sensors for Automotive Applications
Rothschild, A.; Litzelman, S. J.; Tuller, H. L. (MIT, USA)
page 12
Comparative Study on Response Kinetics of Temperature Independent Resistive Oxygen Sensors by the Pressure Modulation Method
Sahner, K.¹; Rettig, F.¹; Moos, R.¹; Izu, N.²; Shin, W.²; Murayama, N.² (¹University of Bayreuth, Germany, ²AIST, Japan)
page 14
Electrical Conduction Properties of Nano-Sized SrTiO₃ Semiconductor for Low Temperature Resistive Oxygen Gas Sensor
Tan, O. K.¹; Hu, Y.¹; Pan, J. S.² (¹Nanyang Technological University, ²Institute of Materials Research and Engineering, Singapore)
page 16
The Electrical Properties and Stability of SrTi_0.65Fe_0.35O_3-d Thin Films for Automotive Oxygen Sensor Applications
Litzelman, S. J.; Rothschild, A.; Tuller, H. L. (MIT, USA)
page 18
Selective Sublimation Processing of Thin Films for Gas Sensing
Guidi, V.¹; Martinelli, G.¹; Schiffrer, G.¹; Vomiero, A.2; Scian, C.² ; Della Mea, G.²; Comini, E.³; Ferroni, M.³; Sberveglieri, G.³ (¹University of Ferrara, ²INFN Legnaro National Laboratory, ³University of Brescia, Italy)
page 20
Gas Sensing Properties of Thin Films Derived from Sols of SnO₂ Different in Grain Size
Vuong, D. D.; Sakai, G.; Shimanoe, K.; Yamazoe, N. (Kyushu University, Japan)
page 22
CO Detection of Gold-Catalyzed Titania Nanosized Thin Films Achieved by Radio-Frequency Sputtering
Comini, E.¹; Ferroni, M.²; Merli, P. G.²; Morandi, V.²; Guidi, V.³ ; Sberveglieri, G.¹ (¹Brescia University, ²CNR, ³Ferrara University, Italy)
page 24
Co₃O₄-Modified SnO₂ Prepared by Ball-Milling Method for High Sensitivity CO Sensor
Shimanoe, K.; Abe, S.; Sakai, G.; Choi, U.; Yamazoe, N. (Kyushu University, Japan)
page 26
Effects of Ta/Nb Doping on Titania-Based Thin Films for Gas-Sensing
Ferroni, M.¹; Comini, E.¹ ; Merli, P. G.²; Morandi, V.²; Guidi, V.³; Sacerdoti, M.³ ; Vomiero, A.⁴; Della Mea, G.⁴; Sberveglieri, G.¹ (¹Brescia University, ²CNR, ³Ferrara University, ⁴INFN Legnaro National Laboratories, Italy)
page 28
Ceramic Nano-Structure for Chemical Sensing
Akbar, S.; Yoo, S. (Ohio State University, USA)
page 30
Effects of Various Metal Additives on the Gas Sensing Performances of TiO₂ Nanocrystals Obtained from Hydrothermal Treatments
Ruiz, A. M.¹; Cornet, A.¹; Shimanoe, K.²; Morante, J. R.¹; Yamazoe, N.² (¹University of Barcelona, Spain, ²Kyushu University, Japan)
page 32
Nanostructured Metal Oxide Sensors for the Detection of Chemical Warfare Agents
Tomchenko, A.; Harmer, G. P.; Marquis, B. (Sensor Research & Development Corp., USA)
page 34
Metalloporphyrins Based Artificial Senses
Di Natale, C. (University of Rome“Tor Vergata”and CNR-IMM, Italy)
page 36
Biogas Monitoring with an Electronic Nose in the Presence of a Changing Matrix Quality
Block, R.¹; Goschnick, J.²; Haeringer, D.²; Stahl, U.³ (¹BigaTec, ²Institut fur Instrumentelle Analytik, ³MMTWD, Germany)
page 38
Diagnosis of Toxins Production of Fusarium Verticilloides by an Electronic Nose
Falasconi, M.¹; Gobbi, E.²; Pardo, M.¹; Sberveglieri, G.¹ (¹University of Brescia & INFM, ²University of Udine, Italy)
page 40
Increased Classification of E-Nose Data with Support Vector Machines
Pardo, M.; Sberveglieri, G. (INFM & University of Brescia, Italy)
page 42
High-Sensitive Plume Detection for Industrial Alarm Monitoring Using a Network of Surface Acoustic Wave (SAW) Based Electronic Noses
Lubert, K. H.¹; Dirschka, M.¹ ; Matthes, J.²; Keller, H. B.²; Hartmann, V.³; Eppler, W.³; Rapp, M.¹ (¹Institute for Instrumental Analysis, ²Institute of Applied Informatics , ³Institute for Data Processing Electronics, Germany)
page 44
Improvement of RBF Network's Performance for Application to Odour Sensing System with Drift
Byun, H.-G.¹; Kim, N.-Y.¹; Shin, J.-S.¹ ; You, J.-B.²; Huh, J.-S.² (¹Samcheok National University, ²Kyungpook National University, Korea)
page 46
Environmental Temperature-Independent Gas Sensor Array Based on Polymer Composites
Ha, S.-C.; Kim, Y. S.; Yang, Y.; Kim, Y. J.; Cho, S.-M.; Yang, H.; Kim, Y. T. (Electronics and Telecommunications Research Institute, Korea)
page 48
Detection of the Partial Structure of Odor Molecules by Self-Assembled Monolayers and Polarity Control of the Surface
Izumi, R.; Hayama, K.; Hayashi, K.; Toko, K. (Kyushu University, Japan)
page 50
Breath Odor Characteristics After Drinking and Identification of Sake Quantity
Jin, Z.; Shimbo, T.; Hosoe, Y.; Oyabu, T. (Kanazawa Seiryo University, Japan)
page 52
Silicon Bridge Type Micro Gas Sensor Array for Low Power Consumption
Lee, J. M.¹; Moon, B. U.¹ ; Shim, C. H.²; Lee, M. B.¹; Lee, J. H.¹; Lee, D.-D.¹; Lee, J. H.¹ (¹School of Electrical Engineering Kyungpook National University, ²Sense and Sensor Co., Ltd., Korea)
page 54
Detection of Decomposed Compounds from an Early Stage Fire by an Adsorption/Combustion-Type Sensor
Ozawa, T.¹; Ishiguro, Y.¹ ; Toyoda, K.²; Nishimura, M.²; Sasahara, T.²; Doi, T.³ (¹Yazaki Meter Co., Ltd., ²Techonology Center Yazaki Corp., ³Tokyo Gas Co., Ltd., Japan)
page 56
Mesoporous Active Filter Based Sensors for Boiler Control
Rodriguez, J.; Cirera, A.; Cabot, A.; Cornet, A.; Morante, J. R. (Universitat de Barcelona, Spain)
page 58
Highly Sensitive Detection of Volatile Organic Compounds by an Adsorption/Combustion-Type Sensor Based on Mesoporous Silica
Sasahara, T.¹; Kido, A.¹; Ishihara, H.¹; Sunayama, T.¹; Egashira, M.² (¹Yazaki Corp., ²Nagasaki University, Japan)
page 60
Study on the Uric Acid Biosensor
Liao, C.-W.¹; Chou, J.-C.²; Sun, T.-P.³; Hsiung, S.-K.¹; Hsieh, J.-H.¹ (¹Chung Yuan Christian University, ²National Yunlin University of Science and Technology, ³National Chi Nan University, Taiwan)
page 62
Highly Sensitive Flow Biosensor for p-Chlorophenol Using Tyrosinase- Modified Maleimide-Pendant Polystyrene Coated on Porous Carbon Material
Hasebe, Y.¹; Hagiwara, T.¹; Uchiyama, S.¹; Kaneko, H.²; Suda, Y.³; Yamada, K.³ (¹Saitama Institute of Tecnology, ²Tsukuba Materials Information Laboratory Ltd., ³Mitsubishi Pencil Co., Ltd., Japan)
page 64
Cholesterol Sensors Composed of Multienzyme Systems and Its Application to Flow-Type Sensor Tips
Hayashi, Y.¹; Shimasaki, T.¹; Takasu, H.¹; Kano, K.² ; Ikeda, T.² (¹ROHM Co., Ltd., ² Kyoto University, Japan)
page 66
Electrolytic Regeneration of Apoenzymes from Metalloenzymes and Its Application to Microdetermination of Heavy Metal Ions
Satoh, I.; Sekine, M.; Iida, Y. (Kanagawa Institute of Technology, Japan)
page 68
Cell-Based Biosensors and Its Application in Biomedicine
Wang, P.; Xu, G.; Qin, L.; Xu, Y.; Li, Y.; Ye, X. (Zhejiang University, China)
page 70
Bio-Composite Oxides for Resistive Detection of Pathogens
Gouma, P.; Simon, S.; Jha, P.; Sawicka, K. (Stony Brook University, USA)
page 72
Dehydrogenase-Based Novel Enzyme Switches for on-site Testings
Suzuki, M.; Yamamoto, K.; Iribe, Y. (Toyama University, Japan)
page 74
Direct Adsorption of Jackbean Urease to Gold Surface and Its Application to Fabrication of Urea Electrode Using Ammonia Electrode
Uchiyama, S.; Sekioka, N. (Saitama Institute of Technology, Japan)
page 76
Biochemo-Mechanical Gel: a Novel Sensing Element for Disposable Biosensors
Suzuki, H.; Kumagai, A.; Ogawa, K.; Kokufuta, E. (University of Tsukuba, Japan)
page 78
Electrophysiological Activity Modulation by Chemical Stimulation in Networks of Cortical Neurons Coupled to Microelectrode Arrays: a Biosensor for Neuropharmacological Applications
Martinoia, S.; Bonzano, L.; Chiappalone, M.; Tedesco, M.; Bove, M. (University of Genova, Italy)
page 80
On-line Monolithic Enzyme Reactor Fabricated by Sol-Gel Process Integrated on Catecholamine Sensor for Continuous Monitoring System
Chen, Z.¹; Niwa, O.¹; Hayashi, K.2; Iwasaki, Y.¹; Kurita, R.²; Sunagawa, K.³ (¹NTT Microsystem Integration Labs., ²NTT Advanced Technology Corp., ³National Cardiovascular Center, Japan)
page 82
Microelectrodes Arrays (MEAs) for in-vitro Electrophysiology
Berdondini, L.¹; De Rooij, N. F.¹; Koudelka-Hep, M.¹; Seitz, P.²; Blanc, N.² (¹University of Neuchatel, ²CSEM SA, Switzerland)
page 84
Metabolic and Enzymatic Activity of Individual Cells, Spheroids, and Embryos as a Function of the Sample Size
Shiku, H.¹; Torisawa, Y.¹; Takagi, A.¹; Aoyagi, S.²; Abe, H.³; Hoshi, H.⁴; Yasuawa, T.¹; Matsue, T.¹ (¹Tohoku University, ²Hokuto Denko Co, ³Tohoku University Biomedical Engineering Research Organization, ⁴Research Institute for the Functional Peptide, Japan)
page 86
N₂ Gas Sensing Mechanism of the Substituted Aluminumfluoro Phthalocyanine Thin Films
Murakami, K.¹; Xiang, Q.²; Watanabe, K.¹ (¹Shizuoka University, Japan, ²Chinese Academy of Sciences, China)
page 88
Electrochemical Investigations on Platinum Alloy/YSZ Electrodes for Amperometric NO Gas Sensors
Guth, U.¹; Schmidt-Zhang, P.²; Zhang, W.²; Gerlach, F.²; Ahlborn, K.² (¹Dresden University of Technology, Institute of Physical Chemistry and Electrochemistry, ²Kurt- Schwabe-Institute for Measuring and Sensor Technology, Germany)
page 90
Remote Room Atmosphere Monitoring System with Wireless Sensors Module
Chung, W.-Y.; Oh, S.-J. (Dongseo University, Korea)
page 92
Real Time Environmental Monitoring with Wireless Distributed Sensor Array System
Chanie, E.; Loubet, F.; Labreche, S. (Alpha Mos, France)
page 94
Highly Sensitive Odor Sensor for Automotive Air Quality Control
Sakamoto, M.; Kohno, H.; Matsumoto, S.; Kira, M. (FiS Inc., Japan)
page 96
Silicon Field-Effect Biosensor for Cyanide Detection
Schoning, M. J.^{1, 2}; Kloock, J. P.^{1, 2}; Knobbe, D.-T.^{1,
2}; Rade, J.^{1, 2}; Keusgen, M.³ (¹University of Applied Sciences Aachen, ²Institute of Thin Films and Interfaces, ³University of Marburg, Germany)
page 98
Highly Sensitive Detection of Explosive Molecules Using SPR Sensor
Onodera, T.¹; Liang, J.²; Miyahara, K.¹; Matsumoto, K.²; Miura, N.²; Imato, T.²; Toko, K.² (¹Japan Science and Technology Agency, ²Kyushu University, Japan)
page 100
High Throughput Characterization for Dissolved Organic Carbon at Low Level in Lake Waters
Wakida, S.¹; Shen, S.¹; Kurosawa, S.¹; Fukushi, K.²; Takeda, S.¹ (¹AIST, ²Kobe University, Japan)
page 102
Underwater Odor Compass to Locate a Chemical Source
Ishida, H.¹; Sakata, H.¹; Moriizumi, T.¹; Breithaupt, T.² (¹Tokyo Institute of Technology, Japan, ²University of Hull, UK)
page 104
Expected Roles of Chemical Sensors on Monitoring Geological Repository for High-Level Radioactive Waste
Takegahara, T.; Asano, H.; Torata, S.; Ouchi, J.; Tsuboya, T. (Radioactive Waste Management Funding and Reserch Center, Japan)
page 106
The New Method of Determination of Mg²⁺, Na⁺, K⁺, Ca²⁺ Ions in Erythrocytes Using Ion-Selective Electrodes
Malon, A.; Maj-Zurawska, M. (Warsaw University, Poland)
page 108
8-Hydroxy Quinoline Based Neutral Tripodal Ionophore for Cu (II) Selective Electrode
Mittal, S. K.¹; Kumar, S.²; Kumar, A. S. K.¹; Sharma, H. K.¹; Kaur, S.¹ (¹Deemed University, ²Guru Nanak Dev University, India)
page 110
CMOS Toolbox for Monolithic Chemical Microsensor Systems
Hierlemann, A. (ETH Zurich, Switzerland)
page 112
Metal-Oxide-Based Monolithic CMOS Microhotplate System for Operating Temperatures up to 500^oC
Graf, M.; Barrettino, D.; Kirstein, K.-U.; Baltes, H.; Hierlemann, A. (ETH Zurich, Switzerland)
page 114
Applications and Performance of a Polymer-Coated Monolithic CMOS Gas Sensor Microsystem
Kurzawski, P.¹; Hagleitner, C.²; Schurig, V.³; Baltes, H.¹; Hierlemann, A.¹ (¹ETH Zurich, ²IBM Research, Switzerland, ³University of Tubingen, Germany)
page 116
Development and Application of a Single Chip Multichannel SPR System
Palumbo, M.; Petty, M. C. (University of Durham, UK)
page 118
Development of Portable-Type Dual Surface Plasmon Resonance Sensor Based on Concept of SProde
Imato, T.¹; Asano, Y.¹; Aoki, Y.¹; Kaneki, N.²; Hemmi, A.³; Oinuma, T.⁴ (¹Kyushu University, ²Muroran Institute of Technology, ³Mebius Advanced Technology, ⁴Eliotech, Japan)
page 120
A Novel Approach to the Sensing of Weak Bases
Kusu, F.; Oshiba, K.; Kotani, A. (Tokyo University of Pharmacy and Life Science, Japan)
page 122
Amperometric Nitric Oxide Microsensor Using Two Dimensional Cross- Linked Langmuir-Blodgett Films of Polysiloxane Copolymer
Kato, D.¹; Kunitake, M.²; Nishizawa, M.³; Matsue, T.³; Mizutani, F.¹ (¹AIST, ²Kumamoto University, ³Tohoku University, Japan)
page 124
Effect of Electrode-Modification by Ionic Polymer Adsorption on Electrochemiluminescence of Luminol in Mild pH
Kamada, M.; Yoshimi, Y. (Shibaura Institute of Technology, Japan)
page 126
Realization of Higher, Stronger, Faster, and Lower Cost in Developing Industrial Chemical Sensors for Process Control
Feng, C.-D.; Wright, J. V.; Bleak, T. M. (Rosemount Analytical Inc., USA)
page 128
Detection Properties of Electrochemical Acidic Gas Sensors Using Halide- Halate Electrolytic Solutions
Imaya, H.¹; Ishiji, T.¹; Takahashi, K.² (¹Riken Keiki Co., Ltd., ²RIKEN, Japan)
page 130
A New Ion Sensing Circuit for ISFET Sensors
Chung, W.-Y.¹; Yang, C.-H.^{1, 2}; Krzyskow, A.³; Pijanowska, D. G.³; Torbicz, W.³ (¹Chung Yuan Christian University, ²Vanung University of Science and Technology, Taiwan, ³Polish Academy of Sciences, Poland)
page 132
Study on the Sputtered Tin Dioxide Thin Film for the Metal Oxide pH Electrode
Pan, C.-W.¹; Chou, J.-C.²; Tsai, C.-N.¹; Sun, T.-P.³; Hsiung, S.-K.¹ (¹Chung Yuan Christian University, ²National Yunlin University of Science and Technology, ³National Chi Nan University, Taiwan)
page 134
Development of a Handheld 16 Channel Pen-Type LAPS for Electrochemical Sensing
Schoning, M. J.^{1, 2}; Wagner, T.^{1, 2}; Wang, C.^{1,
2}; Otto, R.²; Yoshinobu, T.³ (¹University of Applied Sciences Aachen, ²Research Centre Jurich, Germany, ³Osaka University, Japan)
page 136
Solid-State Hydrogen-Phosphate Ion Sensor Combined with Solid Electrolyte Impedance Transducer and Perovskite-Type Oxide Receptor
Shimizu, Y.; Yoshida, M. (Kyushu Institute of Technology, Japan)
page 138
Effect of Micro-Gap Electrode on Detection of Dilute Nitrogen Dioxide Using Tungsten Oxide Thin Film Sensors
Tamaki, J.; Miyaji, A.; Makinodan, J.; Ogura, S.; Konishi, S. (Ritsumeikan University, Japan)
page 140
Tin Oxide Gas Sensors Obtained Using Nanotemplates for Synthesis and Stabilization
Cabot, A.; Rossinyol, E.; Morante, J. R. (Universitat de Barcelona, Spain)
page 142
A New System for Discrimination and Quantification of NO₂ and CO Gases Using a Semiconductor Gas Sensor
Kakuuchi, H.; Kato, K.; Oto, K.; Matsuura, Y. (Figaro Engineering Inc., Japan)
page 144
Role of Point Defects of Doped BaTiO₃ Ceramics in Sensing Processing for Chemical Sensors
Zhou, Z.-G.; Tang, Z.-L.; Zhang, Z.-T. (Tsinghua University, China)
page 146
Preparation of Large Mesoporous SnO₂ Powder for Gas Sensor Application
Shimizu, Y.; Jono, A.; Hyodo, T.; Egashira, M. (Nagasaki University, Japan)
page 148
Tailored Gas Sensors Based on Undoped and Doped SnO_x Size-Selected Nanoparticle Films
Kennedy, M. K.¹; Kruis, F. E.¹; Fissan, H.²; Mehta, B. R.² (¹University Duisburg-Essen, Germany, ²Indian Institute of Technology, India)
page 150
p-Type Response of SnO₂-Cr₂O₃ Mixed Oxide Sensors: Measurements and Interpretation
Gurlo, A.¹; Barsan, N.¹; Weimar, U.¹; Shimizu, Y.² (¹University of Tubingen, Germany, ²Nagasaki University, Japan)
page 152
Nanocrystalline Tin Oxide and Preparation of Carbon Monoxide Gas Sensor Using at Normal Temperature
Wang, L.; Liu, Y.; Yang, Y.; Guo, H.; He, J. (Chinese Academy of Sciences, China)
page 154
Hydrogen Sensing Properties of Anodically Oxidized TiO_₂ Film Sensors - Effects of Preparation and Pretreatment Conditions -
Miyazaki, H.; Hyodo, T.; Shimizu, Y.; Egashira, M. (Nagasaki University, Japan)
page 156
Improvement of Selectivity of Semiconductor Sensors by Light Induced Desorption of Surface States
Faglia, G.¹; Baratto, C.¹; Comini, E.¹; Zha, M.²; Zappettini, A.²; Sberveglieri, G.¹ (¹INFM & University of Brescia, ²IMEM Institute-C.N.R, Italy)
page 158
Simultaneous Work Function Change and Conductance Measurements on SnO₂ Prepared from Hydrothermally Treated Sols
Sahm, T.¹; Gurlo, A.¹; Barsan, N.¹; Oprea, A.¹; Weimar, U.¹; Yamazoe, N.²; Sakai, G.²; Shimanoe, K.² (¹Universitiy of Tubingen, Germany, ²Kyushu University, Japan)
page 160
AC Measurements and Modeling of WO₃ Thick Film Gas Sensors
Malagu, C.; Carotta, M. C.; Gherardi, S.; Guidi, V.; Vendemiati, B.; Martinelli, G. (University of Ferrara and INFM, Italy)
page 162
Physico-Chemical Contribution of Metallic Electrodes on the Electrical Properties of Tin Oxide
Viricelle, J.-P.; Montmeat, P.; Marchand, J.-C.; Lalauze, R.; Tournier, G.; Pijolat, C. (Ecole Nationale Sup. des Mines, France)
page 164
Complementary Phenomenological and Spectroscopic Studies of Propane Sensing with Tin Dioxide Based Sensors
Koziej, D^.1,2; Barsan, N.¹; Hoffmann, V.¹; Szuber, J.²; Weimar, U.¹ (¹University of Tubingen, Germany, ²Silesian University of Technology, Poland)
page 166
DRIFTS Analysis of the CO₂ Detection Mechanisms Using LaOCl Sensing Material
Marsal, A.¹; Centeno, M. A.²; Odriozola, J. A.²; Cornet, A.¹; Morante, J. R.¹ (¹University of Barcelona, ²Universidad de Sevilla-CSIC, Spain)
page 168
An Urinary Incontinence Monitor System Utilizing a Semiconductor Gas Sensor
Kato, K.¹; Suga, T.²; Kato, Y.³; Tanaka, N.⁴; Setoguchi, Y.¹; Nakahara, T.¹; Matsuura, Y.¹ (¹Figaro Engineering Inc., ²Kansai Medical University, ³The Institute of Physical and Chemical Research (RIKEN), ⁴Forleaves Inc., Japan)
page 170
Measurement of Ozone in Ambient Air with Microsensors : on-site Campaign
Zdanevitch, I.¹; Moser, N.²; Charpentier, C.¹; Moquet, A.¹; Borrel, H.² (¹Ineris, DRC-AIRE, France, ²Microchemical Systems SA, Switzerland)
page 172
Feature Selection Enhances the Performance of Sensor Arrays
Pardo, M.¹; Kwong, L. G.²; Sberveglieri, G.¹; Schneider, J.³; Penrose, W. R.⁴; Stetter, J. R.⁴ (¹INFM & University of Brescia, Italy, ²Xavier University, Philippines,³Argonne National Laboratory, ⁴Illinois Institute of Technology, USA)
page 174
A Real-Time Intelligent Sensor System Using Nonlinear Dynamic Response of a Semiconductor Gas Sensor
Kato, Y.; Mukai, T. (The Institute of Physical and Chemical Research (RIKEN), Japan)
page 176
Time Series Analysis of Bioelectrical Potential of Plant for the Clarification of the Air Pollution Purification Mechanism
Hasegawa, Y.; Asada, S.; Katsube, T.; Ikeguchi, T. (Saitama University, Japan)
page 178
Monitoring Ethylene Emission of Plants in Greenhouses for Space Mission
Baratto, C.¹; Faglia, G.¹; Falasconi, M.; Pardo, M.; Vezzoli, M.; Boarino, L.²; Maffei, M.³; Sberveglieri, G.¹ (¹University of Brescia, ²Quantum Devices Laboratory,³University of Torino, Italy)
page 180
Planar Catalytic Combustor Film for Thermoelectric Hydrogen Sensor
Shin, W.; Tajima, K.; Choi, Y.; Izu, N.; Matsubara, I.; Murayama, N. (AIST, Japan)
page 182
Effect of Humidity on the Sensing Property of Thermoelectric Hydrogen Sensor
Sawaguchi, N.; Shin, W.; Izu, N.; Matsubara, I.; Murayama, N. (AIST, Japan)
page 184
EControlling Gas Selectivity Through Polymorph Selection for Metal Oxide Chemical Detectors
Gouma, P.-I. (State University of New York, USA)
page 186
Dual H₂-O₂ Detection Using a Selective SiO₂ Filter on a SnO₂ Thick Gas Sensor
Tournier, G.; Pijolat, C. (Ecole Nationale Sup. des Mines, France)
page 188
Detection of Volatile Organic Compounds Using a New Integrated Single- Chip CMOS Cantilever Gas Sensor with Magnetic Actuation
Vancura, C.¹; Li, Y.¹; Hagleitner, C.²; Hierlemann, A.¹; Baltes, H.¹ (¹ETH Zurich, ²IBM Research GmbH, Switzerland)
page 190
Giant Magneto-Impedance of Permalloy-Copper Composite Thin Films by Electro-Deposition
Ye, Y.; Jiang, Y.; Hu, W.; Zeng, H. (University of Electronic Science & Technology of China, China)
page 192
Electrical DNA Sensing Based on the Electron Transfer in Gold Nanoparticle- Network
Shiigi, H.; Tokonami, S.; Nagaoka, T. (Osaka Prefecture University, Japan)
page 194
Construction of on-chip Type Microchip System for DNA Sensing
Nagakagawa, T.; Tanaka, T.; Okochi, M.; Takeyama, H.; Matsunaga, T. (Tokyo University of Agriculture & Technology, Japan)
page 196
Separation of DNA in a Versatile Microchip
Cretich, M.¹; Chiari, M.¹; Suzuki, H.²; Loughran, M.³ (¹Consiglio Nazionale delle Ricerche, Italy, ²University of Tsukuba, ³AIST, Japan)
page 198
Surface Plasmon Resonance Biosensors for Multianalyte Detection
Homola, J. (Institute of Radio Engineering and Electronics, Czech Republic)
page 200
Time-Resolved Slab Optical Waveguide Absorption Spectroscopy for Studying Protein Adsorption Kinetics on Solid/Liquid Interfaces
Matsuda, N.¹; Santos, J. H.¹; Qi, Z.-m.¹; Takatsu, A.²; Kato, K.² (¹AIST, ²National Metrology Institute of Japan, Japan)
page 202
Signal Amplification for Surface Acoustic Wave (SAW) Biosensors by Acoustic Wave Guiding Layers and Additional Mass Labeling
Lange, K.; Rapp, M. (Institute for Instrumental Analysis, Germany)
page 204
A Novel Surface Plasmon Resonance Imaging Interferometry
Yu, X.; Wang, D.; Wei, X.; Deng, Y.; Liu, J.; Ding, X. (Tsinghua University, China)
page 206
Surface-Plasmon-Resonance Immunosensor Based on Indirect Competitive Immunoassay Aiming for Highly Sensitive Detection of Landmines
Shankaran, D. R.; Gobi, K. V.; Matsumoto, K.; Imato, T.; Toko, K.; Miura, N. (Kyushu University, Japan)
page 208
Micrometer-Sized Optical Fiber Affinity Biosensor Using Localized Surface Plasmon Resonance
Mitsui, K.¹; Handa, Y.²; Kajikawa, K.^2,1 (¹PRESTO, Japan Science and Technology Agency, ²Tokyo Institute of Technology, Japan)
page 210
Lateral Field Excited Bulk Acoustic Wave Biosensor
Hu, Y.; Millard, P.; Vetelino, J. F. (University of Maine, USA)
page 212
Indium-Tin Oxide-Coated Fiber Optic Immunosensor for the Detection of Anti Hepatitis C Virus-E2 Envelope Protein
Konry, T.¹; Novoa, A.¹; ShemerAvini, Y.¹; Hanuka, N.¹; Marks, R. S.¹; Cosnier, S.² (¹Ben- Gurion University of the Negev, Israel, ²Universite Joseph Fourier, France)
page 214
Electrical Detection of Label-Free PSA (Prostate Specific Antigen) Using Self-Sensing Piezoresistive Microcantilevers
Wee, K. W.^1,2; Kang, G. Y.¹; Park, J.¹; Kang, J. Y.¹; Yoon, D. S.¹; Park, J. H.²; Kim, T. S.¹ (¹KIST, ²Korea University, Korea)
page 216
Development of the Fluorescent Nonnatural Antibody Protein as a Novel Biosensing Molecular Device
Shinohara, H.¹; Hamada, H.²; Hohsaka, T.³; Sisido, M.² (¹Toyama University, ²Okayama University, ³AIST, Japan)
page 218
Surface Electrochemical Enzyme Immunoassay for the Highly Sensitive Measurement of B-Type Natriuric Peptide
Matsuura, H.¹; Sato, Y.²; Sawaguchi, T.²; Mizutani, F.^1,2 (¹University of Tsukuba, ²AIST, Japan)
page 220
Highly Sensitive Electrochemical Enzyme-Linked Immunoassay Based on Alkaline Phosphatase Loaded Carbon Nanotube and Carbon Nanotube Modified Electrode
Jan, M. R.; Wang, J.; Liu, G. (University of Peshawar, Pakistan)
page 222
Amperometric NOx Sensor Based on Oxygen Pumping Current by Using LaGaO3 Based Solid Electrolyte for Monitoring Exhaust Gas
Ishihara, T.¹; Dutta, A.¹; Takita, Y.² (¹Kyushu University, ²Oita University, Japan)
page 224
Development of a New Capacitive Type Gas Sensor Combining Semiconductor and Solid Electrolyte
Zamani, C.; Shimanoe, K.; Yamazoe, N. (Kyushu University, Japan)
page 226
Planar Non-Nernstian Electrochemical Sensors: Testing in the Exhausts of an Engine Bench Test
Di Bartolomeo, E.; Grilli, M. L.; Antonias, N.; Cordiner, S.; Traversa, E. (University of Rome “Tor Vergata”, Italy)
page 228
Mixed-Potential-Type Zirconia Sensor Using Nickel Oxide Sensing-Electrode for Detection of NOx at High Temperatures
Wang, J.; Nakatou, M.; Miura, N. (Kyushu University, Japan)
page 230
Stability of CO2 Gas Sensor with Alkali Carbonate/Na₂O-Al₂O₃-4SiO₂/8YSZ Structure
Okamoto, T.; Tsumura, N.; Aono, H.; Sadaoka, Y. (Ehime University, Japan)
page 232
NASICON-Based Potentiometric CO2 Sensor Combined with New Materials Operative at Room Temperature
Obata, K.¹; Kumazawa, S.²; Matsushima, S.¹; Shimanoe, K.³; Yamazoe, N.³ (¹Kitakyushu National College of Technology, ²TDK Corporation R & D Center, ³Kyushu University, Japan)
page 234
A Novel Solid Electrolyte Hydrogen Sensor
Wollenstein, J.¹; Baumann, R.²; Rademacher, S.¹; Stich, R.¹; Hammer, F.² (¹Fraunhofer Institut fur Physikalische Messtechnik, ²ESCUBE GmbH, Germany)
page 236
Amperometric Hydrocarbon Sensor Using La(Sr)Ga(Fe)O₃ Solid Electrolyte for Monitoring in Exhaust Gas
Dutta, A.²; Nishiguchi, H.¹; Takita, Y.¹; Ishihara, T.² (¹Oita University, ²Kyushu University, Japan)
page 238
Effect of Characteristic on the Thin-Film Limiting Current Type Oxygen Sensor by the Difference in Electrode Interface Structure
Suzuki, T.; Kondo, M.; Ogino, K.; Ishiguro, Y.; Takahashi, H. (Yazaki Meter Co., Ltd., Japan)
page 240
The Influence of Catalytic Activity and Temperature on the Binary Switch Point of MISiC-FET Lambda Sensors
Wingbrant, H.; Lloyd Spetz, A. (Linkoping University, Sweden)
page 242
Performance of a Miniature Zirconia Oxygen Sensor with a Pd-PdO Internal Reference
Kaneko, H.¹; Okamura, T.¹; Taimatsu, H.¹; Matsuki, Y.²; Nishida, H.² (¹Akita University, ²Tohoku Fujikura Co., Ltd., Japan)
page 244
A Novel Zirconia Oxygen Sensor with Dense Diffusion Barrier
Tang, Z.; Zhou, X.; Yao, W.; Zhang, Z.; Zhou, Z. (Tsinghua University, China)
page 246
Novel Oxygen Sensor Using b-β” Alumina Electrolyte
Park, J.; Park, D.; Park, C. O. (Korea Advanced Institute of Science and Technology, Korea)
page 248
Behavior of Oxygen Concentration Cells Using BiMeVOx (Me=Cu, Ti, Sb) Compounds
Cho, H. S.; Sakai, G.; Shimanoe, K.; Yamazoe, N. (Kyushu University, Japan)
page 250
An Oxygen Sensor with a Screen-Printed Solid-State CeO₂-ZrO₂-TiO₂ Reference
Rajabbeigi, N.¹; Elyassi, B.¹; Khodadadi, A.¹; Mohajerzadeh, S. S.¹; Mortazavi, Y.¹; Sahimi, M.² (¹University of Tehran, Iran, ²University of Southern California, USA)
page 252
Doping Effects on NO₂ Sensing Characteristics of WO^₃-Based Thin Film Micro Gas Sensor
He, X.; Li, J.; Gao, X. (Chinese Academy of Sciences, China)
page 254
Sensitive Mal-Odor Sensor for Breath Analysis Using an Array of Plasma- Deposited Organic Film Coated Quartz Crystal Resonators Combined with a Novel Humidity-Control System
Seyama, M.¹; Iwasaki, Y.¹; Sugimoto, I.²; Tate, A.¹; Niwa, O.¹ (¹NTT Corporation, ²Tokyo University of Technology, Japan)
page 256
Preparation of Long-Lifetime Gas Recognition Films by Plasma- Polymerization Technique
Miura, H.^1,2; Takahashi, H.^1,2; Kurosawa, S.^1,2; Park, J.-W.^1,3; Aizawa, H.^1,4; Noda, K.¹; Yamada, K.²; Hirata, M.² (¹AIST, ²Nihon University, ³The University of Tokyo, ⁴NEDO, Japan)
page 258
Quartz Crystal Microbalance (QCM) Sensor for CH₃SH Gas by Using Polyelectrolyte Coated Sol-Gel Film
Kikuchi, M.; Shiratori, S. (Keio University, Shiratori Nanotechnology Co., Ltd., Japan)
page 260
Pesticide Detection Using a Lateral Field Excited Acoustic Sensor
Hu, Y.; Li, H.; Frankel, D.; Vetelino, J. F. (University of Maine, USA)
page 262
Electrospun Nanofibrous Polyelectrolyte Membranes for Advanced Chemical Sensors
Ding, B.; Kim, J.; Fujimoto, K.; Shiratori, S. (Keio University, Shiratori Nanotechnology, Co., Ltd., Japan)
page 264
An Improved System Based on Surface Acoustic Wave Sensors for Reliable Measurement
Shen, C.-Y.¹; Chen, R.²; Shen, Y.-T.³; Wu, L.²; Huang, C.-P.¹; Jeng, J.-S.¹ (¹I-Shou University, ²ftech Corporation, ³National Cheng Kung University, Taiwan)
page 266
Bulk Acoustic Wave Resonator as a Sensing Platform for NOx at High Temperatures
Seh, H.; Hyodo, T.; Tuller, H. L. (MIT, USA)
page 268
High-Throughput Screening of Polymer/Solvent Interactions Using 24- Channel Acoustic-Wave Sensor System
Potyrailo, R. A.; Morris. W. G.; Wroczynski, R. J. (GE Company, USA)
page 270
Radio Frequency Thin Film Characterization with Polymer-Coated Love- Wave Sensor
Razan, F.²; Rebiere, D.¹; Dejous, C.¹; Pistre, J.¹; Destaruc, M.²; Pavageau, B.² (¹Universite Bordeaux 1, ²Centre de Recherche d‘Aubervilliers, France)
page 272
Amino-Functional Cross-Linked Polymer Coatings for QCM-Based NO₂ Gas Monitoring Applications
Matsuguchi, M.; Kadowaki, Y.; Tanaka, M. (Ehime University, Japan)
page 274
Preparation of Intercalative Organic/MoO₃ Nanohybrids and Their VOC Gas Sensing Properties
Matsubara, I.; Hosono, K.; Murayama, N.; Shin, W.; Izu, N. (AIST, Japan)
page 276
Analyte Sorption and Distribution Profiles in Thin Metal Nanoparticle/Organic Composite Films-Implication to the Mechanism of Vapor Sensing
Krasteva, N.¹; Besnard, I.¹; Joseph, Y.¹; Krustev, R.²; Yasuda, A.¹; Vossmeyer, T.¹ (¹Sony International (Europe) GmbH, ²Hahn-Meitner Institute Berlin, Germany)
page 278
Studying the Binding Processes between Porphyrins and Organic Vapours
Macagnano, A.¹; Sgreccia, E.²; Di Natale, C.^2,1; Paolesse, R.^2,1; Pantalei, S.²; Zampetti, E.²; Pennazza, G.²; D’Amico, A.^1,2 (¹National Research Council, ²Tor Vergata University, Italy)
page 280
H₂S Micro Gas Sensor Fabricated by Thermal Oxidation of Cu/Sn Double Layer
Lee, J.-M.1; Moon, B.-U.1; Shim, C.-H.2; Lee, M.-B.1; Lee, D.-D.1; Lee, J.-H.1 (1Kyungpook National University, 2Sense and Sensor Co., Ltd., Daegu, Korea)
page 282
Vanadium and Tantalum Doped Titanium Oxide (TiTaV): A Novel Material for Gas Sensing
Carotta, M. C.¹; Galliera, S.¹; Guidi, V.¹; Malagu, C.¹; Vendemiati, B.¹; Zanni, A.¹; Martinelli, G.¹; Sacerdoti, M.¹; Licoccia, S.²; Di Vona, M. L.²; Traversa, E.² (¹Universita di Ferrara, ²Universita di Roma “Tor Vergata”, Italy)
page 284
Nano-Crystalline High Sensitivity SnO₂-Based Sensors on (100) Silicon Substrates for H₂S and CO Sensing
Esfandyarpour, B.; Mohajerzadeh, S.; Khodadadi, A.; Robertson, M. D. (University of Tehran, Iran)
page 286
The Preparation of Al-Doped ZnO Thin Films by Sol-Gel Dip Coating Method and the Application for CO Gas Sensor Material
Jung, S. J.; Yang, J. B.; Lee, H. W.; Kim, Y. H.; Kim, S. R.; Kim, C. Y. (Korea Institute of Ceramic Engineering and Technology, Korea)
page 288
CeO₂(WO₃)-Based Thin Film Gas Sensor for VOC Detection
Takada, T.; Dougami, N. (New Cosmos Electric Co., Ltd., Japan)
page 290
Highly Sensitive Detection of Volatile Organic Amines Using V₂O₅ Nanofibers
Besnard, I.¹; Schlecht, U.²; Burghard, M.²; Yasuda, A.¹; Vossmeyer, T.¹ (¹Sony International (Europe) GmbH, ²MPI for Solid State Research, Germany)
page 292
Development of a WO₃ Thick Film Based Sensor for the Detection of VOC
Kanda, K. (New Cosmos Electric Co., Ltd., Japan)
page 294
Grain Surface Area and Gas Sensing Characteristics of Tungsten Oxide Gas Sensors
Sriyudthsak, M.¹; Supothina, S.²(¹Chulalongkorn University, ²National Metal and Material Technology Center, Thailand)
page 296
Gas Sensing Properties of ZnO/SnO₂ Thin Films Prepared by the Sol-Gel Method
Shoyama, M. (Mie Science and Technology Promotion Center, Japan)
page 298
Hydrocarbon Sensing with Thick and Thin Film P-Type Conducting Perovskite Materials
Matam, M.¹; Sahner, K.²; Moos, R.²; Post, M^.1; Tunney, J.¹ (¹National Research Council of Canada, Canada, ²University of Bayreuth, Germany)
page 300
N-type and P-Type Metal Oxide Gas Sensors Based on the Titanium- Chromium-Vanadium Ternary Compound
Ponzoni, A.¹; Comini, E.¹; Colombi, P.²; Bontempi, E.²; Depero, L. E.²; Sberveglieri, G.¹ (¹Brescia University, ²University of Brescia, Italy)
page 302
Application of Semiconductor-Metal Phase Transformation in Rare Earth Elements Cobaltites for Making Chemical Sensors of Gases
Bashkirau, L.; Kurhan, S.; Petrov, G.; Chabatar, A.; Klyndziuk, A.; Bashmakov, I. (Belarus State Technological University, Belarus)
page 304
Tungsten Oxides Phase Transitions as Gas Sensitive States
Shishkin, N. Y.¹; Cherkasov, V. A.¹; Komarov, A. A.¹; Bardi, U.²; Gunko, Y. K.³; Zharsky, I. M.¹; Bashkirov, L. A.¹ (¹Belarus State University of Technology, Belarus, ²Universita di Firenze, Italy, ³Trinity College Dublin, Ireland)
page 306
Interference Effects on Chemical Warfare Agent Detection by MEMS-Based Microsensor Arrays
Meier, D. C.¹; Cavicchi, R. E.¹; Ellzy, M. W.²; Boger, Z.³; Semancik, S.¹ (¹NIST, ²ECBC, ³Optimal-Industrial Neural Systems Ltd., USA)
page 308
A Micromachined Gas Sensor Based on a Catalytic Thick Film/SnO₂ Thin Film Bilayer and Thin Film Heater Part 1: CH₄ Sensing
Suzuki, T.¹; Kunihara, K.¹; Kobayashi, M.¹; Tabata, S.²; Higaki, K.²; Ohnishi, H.² (¹Fuji Electric Advanced Technology Co., Ltd., ²Osaka Gas Co., Ltd., Japan)
page 310
A Micromachined Gas Sensor Based on a Catalytic Thick Film/SnO₂ Thin Film Bilayer and Thin Film Heater Part 2: CO Sensing
Tabata, S.¹; Higaki, K.¹; Ohnishi, H.¹; Suzuki, T.²; Kunihara, K.²; Kobayashi, M.² (¹Osaka Gas Co., Ltd., ²Fuji Electric Advanced Technology Co., Ltd., Japan)
page 312
The Development of Temperature-Controlled Microanalytical Components for Space Exploration
Semancik, S.¹; Cavicchi, R. E.¹; Meier, D. C.¹; Benkstein, K. D.; Li, G.¹; Ryan, M. A.²; Homer, M. L.²; Manatt, K.²; Kisor, A.²; Taylor, C. J.³ (¹National Institute of Standards and Technology, ²Jet Propulsion Laboratory, ³Pomona College, USA)
page 314
Pull-in Voltage of the Microfabricated Cantilever with Step-up Support in MEMS-Based Microsensor
Wang, C. S.¹; Cheng, T. J.²; Fang, J.²; Zhang, D. C.²; Liu, M.¹ Chen, B. Q.¹ (¹IME, CAS, ²Peking University, China)
page 316
Cantilever Tip-Probe Arrays for Simultaneous SECM and AFM Analysis
Fasching, R. J.; Tao, Y.; Prinz, F. B. (Stanford University, USA)
page 318
Novel Micromachining Sequence to Improve Performance and Yield of Calorimetric Microsensors
Salo, T.; Kurzawski, P.; Hierlemann, A.; Baltes, H. (ETH Zurich, Switzerland)
page 320
Micromechanical Fabrication of Low-Power Thermoelectric Hydrogen Sensor
Tajima, K.; Qiu, F.; Shin, W.; Izu, N.; Matsubara, I.; Murayama, N. (AIST, Japan)
page 322
Advanced Metal Oxide Based Structures for Sensor Technologies
Vayssieres, L.^1,2 (¹National Institute for Materials Science, Japan, ²Lawrence Berkeley National Laboratory, USA)
page 324
Gas Sensor Microhotplate Technology: Silicon Oxide/Nitride or Thin Alumina Film (TAF)?
Vasiliev, A. A.¹; Gogish-Klushin, S. Y.¹; Kharitonov, D. Y.¹; Pisliakov, A. V.¹; Guarnieri, V.²; Zen, M.²; Margasin, B.²; Soncini, G.²; Paranjape, M.³ (¹RRC Kurchatov Institute, Russia, ²Istituto Trentino di Cultura, Italy, ³Georgetown University, USA)
page 326
Amperometric Detection of Hydrogen Peroxide at a Prussian Blue Modified FTO Electrode
Tseng, K.-S.; Chen, L.-C.; Ho, K.-C. (National Taiwan University, Taiwan)
page 328
In Situ Sensing of Cellular Stress Signal Using a PMP Complex (Cu)
Ikeno, S.^1,2; Haruyama, T.^1,2 (¹Kyushu Institute of Technology, ²CREST, Japan)
page 330
Development of a Microfluidic Gas-Diffusion Unit for Flow Injection Biosensing
Iida, Y.; Suganuma, Y.; Satoh, I. (Kanagawa Institute of Technology, Japan)
page 332
Enzyme Electrode Response in Solution Containing Enzyme Substrate and Species That Associates with the Substrate
Mizutani, F.; Yabuki, S.; Sato, Y.; Iijima, S. (AIST, Japan)
page 334
Microbial Fuel Cell-Type BOD Sensor
Kim, B. H.; Chang, I. S.; Moon, H. (Korea Institute of Science & Technology, Korea)
page 336
Preparation of a Bio-Fuel Cell Using Functional Bio-Sensing Electrodes
Taniguchi, I.¹; Tabata, D.¹; Koga, T.¹; Tominaga, M.¹; Sotomura, T.² (¹Kumamoto University, ²Matushita Electric Industrial Co., Ltd., Japan)
page 338
Simultaneous Determination of Glucose and Ascorbic Acid by Using Gold Electrode Modified with Ferrocenylalkanethiol Monolayer
Sato, Y.; Kato, D.; Mizutani, F. (AIST, Japan)
page 340
Synthesis of Redox-Active Thermosensitive Polymers and Their Application to Electrocatalytic Reactions of Glucose Oxidase
Nakadan N.; Imabayashi, S.; Watanabe, M. (Yokohama National University, Japan)
page 342
Possibility of “Super Catalytic Antibody” (Antigenase) as a Sensing Molecule
Uda, T.²; Mitsuda, Y.¹; Hifumi, E^.2 (¹Hiroshima Prefectural University, ²Japan Science and Technology Agency, Japan)
page 344
A Twin Microcantilever Array for Measurement of Red Blood Cell Deformability and Electrical Impedance
Cho, Y. H.; Takama, N.; Kim, B. J. (University of Tokyo, Japan)
page 346
The Frequency Response of QCM in Electrochemically Characterizing the Immobilization on Gold Electrode
Dong, Y.-G. (Tsinghua University, China)
page 348
Construction of Nano-Structured Interfaces Using Self-Assembled Thiol Monolayers and Application to Biosensors
Sawaguchi, T.; Mizutani, F.; Niwa, O. (AIST, Japan)
page 350
Electroanalysis of Lincomycin Using Boron-Doped Diamond Thin Film Electrode Applied to Flow Injection System
Boonsong, K.; Wangfuengkanakul, N.; Chailapakul, O. (Chulalongkorn University, Thailand)
page 352
Distributed Hydrogen Determination with Fiber-Optic Sensor
Sumida, S.¹; Okazaki, S.¹; Asakura, S.¹; Nakagawa, H.²; Murayama, H.²; Kamita, T.³; Hasegawa, T.³(¹Yokohama National University, ²University of Tokyo, ³Japan Aerospace Exploration Agency, Japan)
page 354
Temperature Programmed Sensing for Gas Identification Using Cataluminescence-Based Sensors
Okabayashi, T.¹; Matsuo, N.¹; Yamamoto, I.¹; Utsunomiya, K.¹; Yamashita, N.²; Nakagawa, M.¹ (¹Okayama University of Science, ²Okayama University, Japan)
page 356
Optical CO Gas Sensing via Co₃O₄/CoO Phase Transformation in Nanostructured Films Fabricated by Pulsed Laser Deposition
Zbroniec, L.; Sasaki, T.; Koshizaki, N. (AIST, Japan)
page 358
Spontaneous Deposition of Ordered Film of Amphiphilised Porphyrin Derivatives on Glass
Mastroianni, M.¹; Monti, D¹.; Paolesse, R^.1,2; Nardis, S.¹; Russo, M.¹; Di Natale, C.^1,2; D’Amico, A.^1,2 (¹Universita di Roma “Tor Vergata”, ²CNR-IMM Sezione di Roma, Italy)
page 360
Chromogenic Calixarene Sensors for Amine Detection
Liu, C.-H.¹; Lin, J. T.¹; Wang, S. H.¹; Lin, L. G.² (National Taiwan University of Science and Technology, ²Chinese Culture University, Taiwan)
page 362
Determination of Heavy Metal Ions Based on Quenching of the Rare Earth Luminescence(2)
Arakawa, T.; Muraki, A.; Hashimoto, M. (Kinki University, Japan)
page 364
A Novel Fibre Optic LED Spectrophotometer for Direct in-situ Environmental Monitoring
Loughran, M.¹; Pozzi, R.²; Porro, G.² (¹AIST, Japan, ²DataMed Srl, Italy)
page 366
Novel Inorganic and Organic-Inorganic Hybrid Nanostructured Thin Film for Gas MicroSensors Prepared by Supersonic Cluster Beam Deposition
Siciliano, P.¹; Taurino, A.¹; Toccoli, T.²; Pallaoro, A.²; Iannotta, S.²; Milani, P.³ (¹University of Lecce, ²IFN-CNR Trento, ³University of Milano, Italy)
page 368
Study on Dielectric Properties of Humidity Sensing Nanometer Materials
Wang, J.; Wang, X.-H.; Xiao, X.; Wang, X.-D. (Dalian University of Technology, China)
page 370
Promoting Effect of TiO₂ Nanowire Composited with Nafion Material Application in Measurement of Humidity
Wu, R.-J.; Sun, Y.-L.; Chen, H.-W. (Industrial Technology Research Institute, Taiwan)
page 372
Pt/g-Al₂O₃ Particles for Long Term Stable, Highly Selective MISiCFET Gas Sensors
Cerda, J.¹; Salomonsson, A.¹; Strand, M.²; Sanati, M.²; Lloyd Spetz, A.¹ (¹Linkoping University, ²Vaxjo University, Sweden)
page 374
Influence of Gate Bias of MISiC-FET Gas Sensor Device on the Sensing Properties
Nakagomi, S.¹; Fukumura, A.¹; Kokubun, Y.¹; Savage, S.²; Wingbrant, H.³; Andersson, M.³; Lundstrom, I.³; Lofdahl, M.⁴; Lloyd Spetz, A.³ (¹Ishinomaki Senshu University, Japan, ²ACREO AB, ³Linkoping University, ⁴AppliedSensor AB, Sweden)
page 376
Controlling the Sensitivity Region of Hydrogen Sensitive Field Effect Devices
Eriksson, M.¹; Tenselius, D.²; Einehag, M.²; Lofdahl, M.² (¹Linkoping University, ²AppliedSensor Sweden AB, Sweden)
page 378
Chemical Images as a Tool for Optimising Gas Sensor Properties
Klingvall, R.; Lundstrom, I.; Eriksson, M. (Linkoping University, Sweden)
page 380
Dielectrophoretic Micropatterning of Microparticles Monolayer Covalently Linked to Glass Surface
Yasukawa, T.; Suzuki, M.; Shiku, H.; Matsue, T. (Tohoku University, Japan)
page 382
Chiral-Selectivity on Gate Effect of Phenylalanine Imprinted Polymers Grafted onto Cellulosic Membrane
Hattori, K.¹; Sasaki, A.¹; Yoshimi, Y.²; Kohori, F.¹; Sakai, K.¹ (¹Waseda University, ²Shibaura Institute of Technology, Japan)
page 384
Intelligent Dissolved Oxygen Microsensor with an Integrated Actuation Microsystem
Park, J.¹; Kim, Y.-J.²; Kim, C.-S.¹ (¹University of Missouri-Rolla, USA, ²Kyungpook National University, Korea)
page 386
Micro Fluidic Transport Module Based on Electrowetting and its Application for Micro-Sensor Systems
Satoh, W.¹; Loughran, M.²; Suzuki, H.¹ (¹University of Tsukuba, ²AIST, Japan)
page 388
Miniaturized One-Chip Electrochemical Biosensors Integrated with a Dialysis Membrane and Double Thin-Layer Flow Channels
Kurita, R.¹; Yabumoto, N.¹; Hayashi, K.²; Iwasaki, Y.²; Niwa, O.³ (¹NTT Advanced Technology, Corp., ²NTT Microsystem Integration Labs., ³AIST, Japan)
page 390
Preparation and Characterization of Combined Environmental Sensors
Xie, G.; Wang, T.; Jiang, B.; Wu, Z.; Xu, J.; Jiang, Y.; Zeng, H.; Ye, Y.; Yang, B. (University of Electronic Science & Technology of China, China )
page 392
Carbon Dioxide Gas Sensor Based on Trivalent Cation and Divalent Oxide Anion Conducting Solids with Rare Earth Oxycarbonate Based Auxiliary Electrode
Tamura, S.¹; Hasegawa, I.¹; Imanaka, N.¹; Maekawa, T.²; Tsumiishi, T.²; Suzuki, K.²; Ishikawa, H.²; Ikeshima, A.³; Kawabata, Y.³; Sakita, N.³; Adachi, G.³(¹Osaka University, ²New Cosmos Electric Co., Ltd., ³College of Analytical Chemistry, Japan)
page 394
NO₂ Gas Adsorption-Desorption Process on Polyaniline Thin Films Monitored by an Optochemical Sensor
Elizalde-Torres, J.; Hu, H.; Garcia-Valenzuela, A.; Saniger, J. (UNAM, Mexico)
page 396
Solid Electrolyte Type SO₂ Gas Sensor with Rare Earth Oxysulfate Based Auxiliary Electrode
Tamura, S.; Hasegawa, I.; Kim, Y. W.; Imanaka, N. (Osaka University, Japan)
page 398
Solid Electrolyte Type Nitrogen Monoxide Gas Sensor Operating at Intermediate Temperature Region
Hasegawa, I.; Tamura, S.; Imanaka, N. (Osaka University, Japan)
page 400
Vanadium Oxides Phase Transitions at Doping and Vapour Presence
Shishkin, N. Y.¹; Cherkasov, V. A.¹; Komarov, A. A.¹; Kosov, D. V.¹; Bardi, U.²; Gunko, Y. K.³; Zharsky, I. M.¹; Bashkirov, L. A.¹ (¹Belarus State Univ. of Tech., Belarus, ²Universita di Firenze, Italy, ³Trinity College Dublin, Ireland)
page 402
Piezoelectric Ethanol Sensors: AT-Cut Quartz Resonators with Stearic Acid Films
Wang, C.-H.¹; Huang, Y. C.² (¹Nan-Jeon Institute of Technology, ²National Cheng Kung University, Taiwan)
page 404
Undoped and 0.1wt% Ca-Doped Pt-Catalyzed SnO₂ Sensors for CH₄ Detection
Min, B.-K.; Choi, S.-D. (Yeungnam University, Korea)
page 406
C₄H₁₀ Sensing Characteristics of Ion Beam Sputtered SnO₂ Sensors
Min, B.-K.; Choi, S.-D. (Yeungnam University, Korea)
page 408
Sensitization of SnO₂ Gas Sensor for Ethylene Oxide
Kugishima, M.; Sakai, G.; Shimanoe, K.; Yamazoe, N. (Kyushu University, Japan)
page 410
Improvement of Warming-up Characteristics of Potentiometric CO₂ Sensor by Using Solid Reference Counter Electrode
Miyachi, Y.; Sakai, G.; Shimanoe, K.; Yamazoe, N. (Kyushu University, Japan)
page 412
Room Temperature Hydrogen Sensitivity of a MIS Structure Based on the Pt/LaF₃ Interface
Filippov, V. I.¹; Vasiliev, A. A.¹; Szeponik, J.²; Moritz, W.³ (¹RRC Kurchatov Institute, Russia, ²BST BioSensorTechnologie GmbH, ³Humboldt University of Berlin, Germany)
page 414
Resistive Oxygen Gas Sensors Based on Ce_1-xZr_xO₂ Nano Powder Prepared Using New Precipitaion Method
Izu, N.¹; Oh-hori, N.²; Itou, M.²; Shin, W.¹; Matsubara, I.¹; Murayama, N.¹ (¹AIST, ²Yamaha Motor Co., Ltd., Japan)
page 416
Determination of the Sensitive Layer Temperature of the Adsorption Semiconductor Gas Sensor
Isaienko, O.; Maksymovych, N.; Yatsimirsky, V. (National Taras Shevchenko Kyiv University, Ukraine)
page 418
Response Characteristic of Resistive Oxygen Sensors Based on Cerium Oxide Thick Film
Izu, N.; Shin, W.; Matsubara, I.; Murayama, N. (AIST, Japan)
page 420
A Biochemical Gas-Sensor with Monoamine Oxidase for Methyl Mercaptan Vapor
Minamide, T.¹; Saito, H.²; Mitsubayashi, K.² (¹Tokai University, ²Tokyo Medical and Dental University, Japan)
page 422
Organically Hybridized SnO₂ Gas Sensors
Matsubara, I.; Hosono, K.; Murayama, N.; Shin, W.; Izu, N. (AIST, Japan)
page 424
Amperometric Electrochemical Gas Sensor for Monitoring of Sulfur Dioxide in Volcanic Gas
Ishiji, T.¹; Matsuda, H.¹; Takahashi, K.² (¹Riken Keiki Co., Ltd., ²The Institute of Physical and Chemical Research (RIKEN), Japan)
page 426
Improvement of Electrochemical NO₂ Sensor by Use of Carbon- Fluorocarbon Gas Permeable Electrode
Mizutani, Y.^1,2; Matsuda, H.¹; Ishiji, T.¹; Furuya, N.² (¹Riken Keiki Co., Ltd., ²Yamanashi University, Japan)
page 428
High Order Modes to Improve Sensitivity of Resonant Microcantilever Chemical Microsensors
Dufour, I.; Lochon, F.; Fadel, L. (Laboratoire IXL, France)
page 430
The Simple Detection of Trichloroethylene by Applying Oxidizing Agents to the Quartz Crystal Microbalance Method
Noda, K.; Naganawa, R.; Kanekiyo, Y.; Kurosawa, S.; Aizawa, H.; Tao, H. (AIST, Japan)
page 432
The Effects of Annealing Temperature on the Characteristic of Low Temperature SrTiO₃ Oxygen Gas Sensor
Hu, Y.¹; Tan, O. K.¹; Pan, J. S.²; Huang, H.¹; Cao, W.¹ (¹Nanyang Technological University, ²Institute of Materials Research and Engineering, Singapore)
page 434
Effect of Humidity of Polypyrrole Sensor to Methanol Gas
Cho, J.-H.; Kim, J.-S.; Sohn, S.-O.; Han, Y.-A.; Huh, J.-S. (Kyungpook National University, Korea)
page 436
Toxic Gas Detection Using Porphyrin Dispersed Polymer Composites
Deki, K.; Nakashima, S.; Itagaki, Y.; Sadaoka, Y. (Ehime University, Japan)
page 438
Formation Alkali Ionic Conductive Layer on YSZ and Application to Potentiometric Gas Sensor
Itoh, Y.; Fujishima, M.; Aono, H.; Sadaoka, Y. (Ehime University, Japan)
page 440
A Gas-Phase Biosensor for Hydrogen Peroxide Vapor
Goto, T.¹; Amagai, H.¹; Mitsubayashi, K.² (¹Tokai University, ²Tokyo Medical and Dental University, Japan)
page 442
NOx Gas Response Characteristics of Thin Film Mixed Oxide Semiconductor
Song, K.-D.; Bang, J.-I.; Lee, R.-S.; Lee, Y.-S.; Hong, Y.-H.; Lee, D.-D. (Kyungpook National University, Korea)
page 444
Hydrogen Sensing Property of Pd-Capped Mg₂Ni Thin Film
Yoshimura, K.; Yamada, Y.; Okada, M.; Tazawa, M.; Jin, P. (AIST, Japan)
page 446
Studies on Trapping Agent of the Trace Formaldehyde in Air by Droplet-Fluorophotometry Method
An, C.-J.¹; Zhang, Z.-Q.²; Ding, Z.-Z.¹; Zhang, Y.-Z.²; Zheng, D.¹; Wu, Z.-Y.¹ (¹Wuhan University, ²Yangtze University, China)
page 448
Light-Dark Photosynthesis Reaction of Teaching Tools for Science Education Using Handmade Oxygen Sensor
Takahashi, M.¹; Takeda, T.¹; Ishiji, T.²; Kawashima, N.³ (¹Tokyo National College of Tokyo, ²Riken Keiki Co., Ltd., ³Toin University of Yokohama, Japan)
page 450
Silicon Carbide Diode-Based Carbon Monoxide Gas Sensor with Pt/SnO₂ as a Catalytic Gate
Kim, C. K.¹; Lee, J. H.¹; Lee, J. H.¹; Noh, I. L.¹; Jang, S. W^.1; Lee, E. S.¹; Lee, B. W.¹; Yang, S. J.¹; Cho, N. I.²; Yoo, H. J.¹; Yoo, K. S.³; Kee, C. J.⁴ (¹Soonchunhyang University, ²Sunmoon University, ³University of Seoul, ⁴Seoul Information Tech. University, Korea)
page 452
NO₂ Gas Sensing Characteristics of Carbon Nanotube Gas Sensor Fabricated by Dielectrophoresis
Suehiro, J.; Zhou, G.; Hara, M. (Kyushu University, Japan)
page 454
Influence of NH₄H₂PO₄ on Properties of the SnO₂ Based CO Sensor
Liu, F.; Quan, B.; Chen, L.; Liu, Z. (Jilin University, China)
page 456
Improvement of Gas-Sensing Properties of SnO₂ by Surface Thiourea Modification
Liu, Z.; Quan, B.; Liu, F.; Chen, L. (Jilin University, China)
page 458
The Sensing Behaviors of SnO2-Based Thick-Film Gas Sensors at a Low Concentration of Chemical Agent Simulants
Lee, W. S.; Lee, S. C.; Lee, D.-D.; Huh, J. S.; Kim, J. C. (Kyungpook National University, Korea)
page 460
MOS-Type Odor Sensor System for Early Fire Detection and Its Application to Utility Mobile Robot
Takei, Y.¹; Tashiro, T.¹; Kubota, N.¹; Kasahara, H.²; Iwasaki, S.³; Nanto, H.¹ (¹Kanazawa Institute of Technology, ²New Cosmos Electric. Co., Ltd., ³tmsuk Co., Ltd., Japan)
page 462
Monitoring of Environmental Odours by an Electronic Nose: Waste Water Treatment Plant and Rubbish Dump, Three Case Study
Pennazza, G.¹; Di Natale, C.^1,2; Valenti, A.¹; Martinelli, E.¹; Paolesse, R.^1,2; Macagnano, A.²; D'Amico, A^.1,2 (¹University of Rome “Tor Vergata”, ²CNR-IMM, Italy)
page 464
Classification of Chemical Warfare Agent Gases Using a Thick Film Gas Sensor Array
Choi, N. J.; Kwak, J. H.; Lim, Y. T.; Ban, T. H.; Yun, K. Y.; Lee, W. S.; Kim, J. C.; Huh, J. S.; Lee, D.-D. (Kyungpook National University, Korea)
page 466
An Alcohol Gas-Sensor Using An Enzyme Immobilized Paper
Akahori, Y.¹; Yamazaki, H.¹; Nishio, G.²; Matsunaga, H.²; Mitsubayashi, K.³ (¹Nikkiso Co., Ltd., ²Tokai University, ³Tokyo Medical and Dental University, Japan)
page 468
Portable Electronic Nose System Based on the Carbon Black-Polymer Composite Sensor Array
Kim, Y. S.; Ha, S.-C.; Yang, Y.; Kim, Y. J.; Cho, S.-M.; Yang, H.; Kim, Y. T. (Electronics and Telecommunications Research Institute, Korea)
page 470
Novel All-Solid-State Calcium-Selective Electrode with Conducting Polymer Layer for Low-Level Concentration Measurements
Konopka, A.¹; Sokalski, T.²; Michalska, A.¹; Lewenstam, A.²; Maj-Zurawska, M.¹ (¹Warsaw University, Poland, ²Abo Akadem University, Finland)
page 472
Study on the Light Behaviour and Temperature Properties for the AlN pHISFET
Chiang, J.-L.¹; Chou, J.-C.²; Chen, Y.-C.³ (¹Chung Chou Institute of Technology, ²National Yunlin University of Science and Technology, ³National Sun Yat-Sen University, Taiwan)
page 474
Calcium Ion Selective Electrode under Galvanostatic Current Control
Bedlechowicz, I.¹; Sokalski, T.²; Lewenstam, A.²; Maj-Zurawska, M.¹ (¹Warsaw University, Poland, ²Abo Akademi University, Finland)
page 476
Electronic Tongue for Environmental Detection
Men, H.; Liu, D.; Zou, S.; Fang, F.; Ye, X.; Wang, P. (Zhejiang University, China)
page 478
Sensing Beverage Tastes from Organic Acids Separated by Capillary Electrophoresis and Assessed by Pattern Recognition
Fung, Y.-S.¹; Gong, F^1,2.; You, T.-Y.¹ (¹University of Hong Kong, ²Central South University, China)
page 480
Naked Eye Detection of F^- Anion with Luminescent Europium Complexes
Tsukube, H.; Onimaru, A.; Shinoda, S. (Osaka City University, Japan)
page 482
Tuning of Anion Luminescence Sensing via Ligand Architecture of Lanthanide Complexes
Kataoka, Y.; Shinoda, S.; Miyake, H.; Tsukube, H. (Osaka City University, Japan)
page 484
Disposable Taste Biosensor
Gotoh, M. (Tokyo University of Technology, Japan)
page 486
Rapid Detection of E. coli O-157 Verotoxin: Convenient Use of Gb₂- Embedded Anionic Polymer for an SPR Sensor System
Uzawa, H.; Ito, H.; Taguchi, K.; Zeng, X.; Minoura, N. (AIST, Japan)
page 488
Molecular Design of a PMP Complex and Its Application for Molecular Transducer on Cellular NO Sensing
Asakawa, H.; Ikeno, S.; Haruyama, T. (Kyushu Institute of Technology, Japan)
page 490
Preparation of Amperometric Glucose Sensor Based on Electrochemically Polymerized Films of Indole Derivatives
Yabuki, S.; Mizutani, F. (AIST, Japan)
page 492
Molecularly Imprinted Polymer for Recognizing Double-Stranded DNA
Ogiso, M.; Slinchenko, O.; Rachkov, A.; Miyachi, H.; Minoura, N. (AIST, Japan)
page 494
Sugar Sensitive Thin Films Based on Concanavalin A and Sugar Polymers
Sato, K.; Odagiri, T.; Sugama, J.; Imoto, Y.; Anzai, J. (Tohoku University, Japan)
page 496
Three-Dimensional Micro-Culture System with a Silicon Based Cell Array Device for Multi-Channel Drug Sensitivity Test
Torisawa, Y.; Shiku, H.; Yasukawa, T.; Nishizawa, M.; Matsue, T. (Tohoku University, Japan)
page 498
Piezoelectric Quartz Crystal (PQC) with Photochemically Deposited Nano-Sized Ag Particles for Determining Cyanide at Trace Levels in Water
Sun, H.^1,2; Si, S. H.¹; Zhang, Y. Y.¹; Zhu, D. R.¹; Fung, Y. S.¹ (¹University of Hong Kong, ²Anshan Normal College, China)
page 500
Ammonia Biosensor with Flavin-Containing Monooxygenase
Nakakura, S.¹; Saito, H.²; Kaneko, Y.¹; Hashimoto, Y.¹; Mitsubayashi, K.² (¹Tokai University, ²Tokyo Medical and Dental University, Japan)
page 502
Conducting Organic Langmuir-Blodgett Films as Chemical Sensors
Watanabe, N.¹; Ohnuki, H.²; Saiki, T.²; Endo, H.²; Izumi, M.²; Imakubo, T.³ (¹Oki Electric Industry Co., Ltd., ²Tokyo University of Marine Science and Technology, ³RIKEN, Japan)
page 504
Application of Polymaleimidestylene Blended Polystylene Membrane to Biosensor Technology
Uchiyama, S.; Sekioka, N.; Imaizumi, E. (Saitama Institute of Technology, Japan)
page 506
Bioelectronic Sniffer Devices for Measurements of Breath Alcohol and Acetaldehyde after Drinking
Nishio, G.¹; Ogawa, M.²; Matsunaga, H.¹; Mitsubayashi, K.² (¹Tokai University, ²Tokyo Medical and Dental University, Japan)
page 508
Taguchi Approach to Design Optimization for Nickel Coated Protein Chip
Hu, C.-Y.¹; Tsao, C.-Y.²; Chang, C.-H.¹; Tsao, J.-H.²; Chiu, S.-F.²; Yin, L.-T.²; Chang, Y.- J.¹ (¹Chung Yuan Christian University, ²Industrial Technology Research Institute Hsinchu, Taiwan)
page 510
Amperometric DNA Sensor Using Gold Electrode Modified with Polymeric Mediator by Layer-by-Layer Adsorption
Suye, S.¹; Kimura, T.¹; Zheng, H.¹; Hori, T.¹; Amano, Y.²; Katayama, H.² (¹University of Fukui, ²Daikin Environmental Laboratory, Ltd., Japan)
page 512
Two-Dimensional Surface Plasmon Resonance (2DSPR): A Comparative Study as a Parallel Detection Technique for Protein Binding onto DNA Microarrays
Otsuki, S.; Yamada, H.; Iwahashi, H.; Tamada, K. (AIST, Japan)
page 514
The Merits/Demerits of Biochemical Reaction Measurements by SPR Reflectance Signal at a Fixed Angle
Nakagawa, H.¹; Saito, I.¹; Chinzei, T.¹; Nakaoki, Y.²; Iwata, Y.² (¹The University of Tokyo, ²Aisin Cosmos R & D Co., Ltd., Japan)
page 516
Application of Microbial Chip for Amperometric Detection of Metabolic Alteration in Bacteria
Nagamine, K.; Kaya, T.; Yasukawa, T.; Shiku, H.; Matsue, T. (Tohoku University, Japan)
page 518
Amperometric Xanthine Sensors Based on Polyelectrolyte Multilayer Films
Hoshi, T.; Noguchi, T.; Anzai, J. (Tohoku University, Japan)
page 520
Enhanced Surface Plasmon Resonance Sensing of Endocrine Disruptors on Renewable Biosensing Probes
Gobi, K. V.^1,2; Kataoka, C.³; Miura, N.¹ (¹Kyushu University, ²Japan Society for the Promotion of Science, ³Kyoto Electronics Manufacturing, Japan)
page 522
A Porous Membrane-Based Culture Substrate for Evaluating Chemical and Electrical Local Stimulation on Cell Sheets
Takoh, K.; Matsue, T.; Nishizawa, M. (Tohoku University, Japan)
page 524
Development of Bio-Chip Nanoarrays by Using Random Fluidic Self-Assembly Method
Jung, K.-H.¹; Kim, D.-K.²; Shin, H.-K; Kwon, Y.-S.¹ (¹Dong-A University, Korea, ²AIST, Japan)
page 526
Development of Ion-Channel Sensors for Detection of Oligonucleotides
Aoki, H.¹; Umezawa, Y.²; Tao, H.¹ (¹AIST, ²The University of Tokyo, Japan)
page 528
Study on Signal Acquisition and Processing for SPR Biosensors
Wang, D.; Liu, J.; Yu, X.; Deng, Y. (Tsinghua University, China)
page 530
Optical Sensing of UV Irradiation by Polysaccharide Film Using Dye and Acid Generator
Takato, K.^1,2; Kaburagi, Y.¹; Tokita, S.³; Kaneko, M.¹ (¹Ibaraki University, ²Tokyo Kasei Gakuin Tsukuba Junior College, ³Saitama University, Japan)
page 532
Optical Ozone Sensing Properties of Poly(2-Chloroaniline) and Poly(n-Methylaniline) Films
Ando, M.¹; Swart, C.²; Pringsheim, E.²; Mirsky, V. M.²; Wolfbeis, O. S.² (¹AIST, Japan, ²University of Regensburg, Germany)
page 534
Development of Optical Waveguide SPR Sensor with Dual LEDs for Chemical and Biochemical Applications
Suzuki, A.¹; Matsui, Y.¹; Kondoh, J.¹; Shiokawa, S.²; Kubota, H.³ (¹Shizuoka University, ²A&R Center for Surface Wave Technology, ³Medical & Biological Laboratories Co., Ltd., Japan)
page 536
Optical Fiber Sensors Based on Vapochromic Gold Complexes for Environmental Applications
Bariain, C.¹; Matias, I. R.¹; Fernandez-Valdivielso, C.¹; Elosua, C.¹; Luquin, A.¹; Garrido, J.¹; Laguna, M.² (¹Universidad Publica de Navarra, ²Universidad de Zaragoza, Spain)
page 538
Detection of Buthylamine as a Malodorous Substance by Means of Surface Plasmon Resonance
Arakawa, T.; Kawabayashi, A.; Saga, T. (Kinki University, Japan)
page 540
SPR Observation of Adsorption and Desorption of Water-Soluble Polymers on an Au Surface
Toyama, S.; Aoki, K.; Kato, S. (National Rehabilitation Center for the Disabled, Japan)
page 542
Optical Oxygen Sensing Based on the Stationary State Quenching of Triplet-Triplet Absorption
Kamachi, T.; Mochizuki, K.; Asakura, N.; Okura, I. (Tokyo Institute of Technology, Japan)
page 544
On Exploring Sol-Gel Deposited ZnO Thin Film as Humidity Sensor: An Optical Fiber Approach
Shukla, S. K.¹; Parashar, G. K^.1; Mishra, A. P^.2; Misra, P.³; Yadav, B. C.³; Shukla, R. K.³; Srivastava, A.; Srivastava, A.; Deva, F.; Dubey, G. C.⁴ (¹University of Delhi, ²Technology Bhawan, ³University of Lucknow, ⁴Solid State Physics Laboratory, India)
page 546
The PFC Detection Based on an Amperometic HF Sensor with Pyrolysis
Hirota, T.¹; Komiya, H.¹; Van der Kruk, P.²; Satoh, I.³ (¹Bionics Instrument Co., Ltd., Japan, ²Bionics Instrument Europe B.V., The Netherlands, ³Kanagawa Institute of Technology, Japan)
page 548
Supervision of Rinses in a Washing Machine by a Voltammetric Electronic Tongue
Ivarsson, P.^1,2; Johansson, M.²; Hojer, N.-E.²; Krantz-Rulcker, C.¹; Winquist, F.¹; Lundstrom, I.¹ (¹Linkoping University, ²Asko Cylinda AB, Sweden)
page 550
CAT Imprinted Polymer and Its Application to the Electrochemical Determination of CAT
Shoji, R.¹; Shimizu, A.¹; Suzuki, H.²; Kubo, I.¹ (¹Soka University, ²University of Tsukuba, Japan)
page 552
Miniaturized Flow-Through Cell with Integrated Capacitive EIS Sensors Fabricated at Wafer Level Using Si and SU-8 Technologies
Schoning, M. J.^1,2; Nather, N.^1,2,3; Auger, V.³; Poghossian, A.²; Koudelka-Hep, M.³ (¹University of Applied Sciences Aachen, ²Institute of Thin Films and Interface, Germany, ³University of Neufchatel, Switzerland)
page 554
Miniature Ion-Selective Electrodes
Paciorek, R. Maj-Zurawska, M.; (Warsaw University, Poland) [2P097] Structure and Properties of RF-Sputtered AlN Films on Y-1280 LiNbO3 Substrates
page 556
Structure and Properties of RF-Sputtered AlN Films on Y-1280 LiNbO₃ Substrates
Wang, C.-H.¹; Cheng, C.-C.² (¹Nan-Jeon Institute of Technology, ²National Cheng Kung University, Taiwan)
page 558
Study on Thermal Distribution Microfluidic Sensor Based on Silicon
Weiping, Y.; Wenzhu, X.; Jianhua, L.; Liqun, D.; Defang, N. (Dalian University of Technology, China)
page 560
Micro Optical pH and Oxygen Sensor Array for Cell Chips
Suzuki, M.; Nakabayashi, H.; Honda, M. (Toyama University, Japan)
page 562
Layered SAW Hydrogen Sensor with Modified Tungsten Trioxide Selective Layer
Ippolito, S. J.^1,2; Kandasamy, S^.¹; Kalantar-zadeh, K.^1,2; Wlodarski, W.^1,2 (¹RMIT University, ²CRC for Microtechnology, Australia)
page 564
Amperometric PDMS-Glass Capillary Electrophoresis-Based Biosensor Microchip for Catechol and Dopamine Detection
Schoning, M. J.^1,2; Wang, J.³; Jacobs, M.^1,2,3; Knobbe, D.-T.^1,2; Muck, A.³ (¹University of Applied Sciences Aachen, ²Institute of Thin Films and Interfaces, Germany, ³New Mexico State University, USA)
page 566
Integration of Micropatterned Cell Culture into Microchannel Using Electrochemical Reaction
Kaji, H.¹; Matsue, T.¹; Nishizawa, M.² (¹Graduate School of Environmental Studies, ²Tohoku University, Japan)
page 568
Poly(dimethylsiloxane)-Based Sandwich Microchip for DNA Electrophoresis
Liu, C.; Cui, D.; Cai, H.; Wang, L.; Su, B. (Chinese Academy of Sciences, China)
page 570
Improvement on Organic Compound Adsorption and/or Detection by Using Metallic Thin Films Deposited onto Highly-Rough Silicon Substrates
T. Carvalho, A.; P. da Silva, M. L.; G Santos Filho, S.; Nascimento Filho, A. P.; P. Jesus, D. (Escola Politecnica da Universidade de Sao Paulo-USP, Brasil)
page 572
PCR Chip Based on Silicon for DNA Amplification
Weiping, Y.; Linfzhi, M.; Jing, W.; Liqun, D.; Dazhen, L. (Dalian University of Technology, China)
page 574
Micro Analysis System for Ammonia, Creatinine, and Urea Using Air-Gap Ammonia Electrodes
Suzuki, H.; Matsugi, Y. (University of Tsukuba, Japan)
page 576
Miniaturized Sensing System with a Modular Structure for on-line Monitoring of pO₂, pCO₂, and pH
Kojima, S.; Suzuki, H. (University of Tsukuba, Japan)
page 578
Modifications of the Catalytic Gate Material to Increase the Long-Term Stability of MISiC-FET Lambda Sensors
Wingbrant, H.; Lunden, M.; Lloyd Spetz, A. (Linkoping University, Sweden)
page 580
Piezoelectric Membranes Used as Resonators for Mass Detection of Gold Colloids Adsorption at a Solid/Liquid Interface
Guirardel, M.¹; Nicu, L.¹; Saya, D.¹; Tauran, Y.¹; Soyer, C.²; Cattan, E.²; Bergaud, C.³ (¹LAAS-CNRS, ²IEMN-CNRS/DOAE, France, ³LIMMS/CNRS-IIS, Japan)
page 582
Development of the Real-Time Sensing System for Array Sensors
Pan, C.-W.¹; Chou, J.-C.²; Sun, T.-P.³; Hsiung, S.-K.¹ (¹Chung Yuan Christian University, ²National Yunlin University of Science and Technology, ³National Chi Nan University, Taiwan)
page 584
Study on the Hysteresis of the Metal Oxide pH Electrode
Tsai, C.-N.¹; Chou, J.-C.²; Sun, T.-P.³; Hsiung, S.-K.¹ (¹Chung Yuan Christian University, ²National Yunlin University of Science and Technology, ³National Chi Nan University, Taiwan)
page 586
Complex Impedance Analysis of Ga₂O₃ Based MRISiC Gas Sensors
Trinchi, A.¹; Wlodarki, W.¹; Li, Y.¹; Faglia, G.²; Sberveglieri, G.² (¹RMIT University, Australia, ²University of Brescia, Italy)
page 588
Construction and Performance of Al-Doped Tin Black Filter Based on SnO₂ Gas Sensor
Lee, Y.-S.¹; Kwon, O.-S.¹; Rue, G.-H.¹; Hong, Y.-H.²; Lee, D.-D.¹ (¹Kyungpook National University, ²Kyungwoon University, Korea)
page 590
Study of Electrical Properties for BaTiO₃ PTCR as Gas Chemical Sensors Using Impedance Methods Gas Sensor
Zhou, Z.-G.; Tang, Z.-L.; Zhang, Z.-T. (Tsinghua University, China)
page 592
Li_xMo_(1-y)W_yO₃ Bronzes as Electrochemical Sensors Gas Sensor
Gabel, J.; Vonau, W.; Guth, U. (Kurt-Schwabe-Institute for Measuring and Sensor Technology e.V. Meinsberg, Germany)
page 594
Water Purification Through Bioconversion of Phenol Compounds by Tyrosinase and Chemical Adsorption by Chitosan
Yamada, K.; Akiba, Y.; Hirata, M. (Nihon University, Japan)
page 596
Polypyrrole/MoO₃ Nanohybrid Thin Films for VOC Gas Sensors
Hosono, K.; Matsubara, I.; Murayama, N.; Shin, W.; Izu, N. (AIST, Japan)
page 598
Conductometric p-Type Perovskite Sensor Thin-Films with Nanostructured Morphology Deposited by Pulsed Laser Deposition
Tunney, J. J.¹; Post, M. L.¹; Du, X^.1; Koshizaki, N.²; Sasaki, T.²; Wang, Z.² (¹National Research Council of Canada, Canada, ²AIST, Japan)
page 600
QCM Humidity Sensor Using an Anodized Alumina Thin-Film
Hara, K. (Tokyo Denki University, Japan)
page 602
Production of Adsorbent Films and Deposition on Low Cost Micromachined Non-Planar Microchannels for Preconcentration of Organic Compound in Air
Lima, R. R.¹; Carvalho, R. A. M.²; Nascimento Filho, A. P.²; P. Silva, M. L.²; R. Demarquette, N.³ (¹Universidade de Sao Paulo, ²PSI, ³PMT, Brazil)
page 604
Humidity Sensing Properties of CN_x Film by RF Magnetron Sputtering
Lee, J. G.; Lee, S. P. (Kyungnam University, Korea)
page 606
A High Sensitivity Nitric Dioxide Sensor Based on MCM-41 Incorporation of Tin
Yuliarto, B.^1,2; Zhou, H. S.¹; Honma, I.¹; Katsumura, Y.² (¹AIST, ²The University of Tokyo, Japan)
page 608
Hydrogen Sensing by NKN Thin Film with High Dielectric Constant and Ferro-Electric Property
Nakagomi, S.¹; Wingqvist, G.²; Abom, A. E.³; Helmersson, U.³; Spetz, A. L.³ (¹Ishinomaki Senshu University, Japan, ²UppSala University, ³Linkoping University, Sweden)
page 610
Multi-Sensor Technique and Solid-State Electrochemical Sensor System for Real-Time and Dynamic Monitoring of Multi-Component Gases
Zhou, Z.-B.¹; He, B.-S.¹; Feng, L.-D.²; Cai, N.-C.¹ (¹Wuhan University, ²Huaiyin Institute of Technology, China)
page 612
Monitoring of Proteins on Biosensor Surface by Means of TOF-SIMS
Aoyagi, S.; Kudo, M. (Seikei University, Japan)
page 614
A Novel Sensing System for Endocrine Disrupting Chemicals (EDCs) Based on Their Hydrophobic Interaction with Model Cell Membranes
Nakane, Y.; Kubo, I. (Soka University, Japan)
page 616
Fluorescence Resonance Energy Transfer by a-Helical Coiled Coil Polypeptides in Response to Metal Ions
Kashiwada, A.; Nakamura, Y.; Matsuda, K. (Nihon University, Japan)
page 618
A Biochemo-Mechanical Sensor with Active Transportation for Hydrogen Peroxide
Okamoto, T.¹; Wakabayashi, Y.¹; Mitsubayashi, K.² (¹Tokai University, ²Tokyo Medical and Dental University, Japan)
page 620
Magnetic Detection of Biotin-Streptavidin Interactions Using Magnetic Nanoparticles and Organosilane Monolayer Modified Substrate
Arakaki, A.¹; Hideshima, S.¹; Nakagawa, T.²; Niwa, D.¹; Tanaka, T.²; Matsunaga, T.²; Osaka, T.¹ (¹Waseda University, ²Tokyo University of Agriculture and Technology, Japan)
page 622
Development of a Biosensor by Employing Fluorescent Quantum Dots for Immuno-Assay Singnal
Huang, C.-P.¹; Liu, H.-W.¹; Tsao, C.-Y.²; Yin, L.-T.²; Chiu, S.-F.²; Chen, T.-M¹ (¹National Chiao Tung University, ²Industrial Technology Research Institute, Taiwan)
page 624
Micro and Nanoscale Patterns of Organosilane Monolayer Templates for Applying to on-chip Ion and Biomolecule Sensing
Omichi, K.; Niwa, D.; Motohashi, N.; Homma, T.; Osaka, T. (Waseda University, Japan)
page 626
Determination of Thiabendazole on the Basis of Electrochemiluminescence Generated from the Reaction with Ruthenium Complex
Egashira, N.; Mitoma, Y.; Shimizu, K.; Uda, T. (Hiroshima Prefectural University, Japan)
page 628
Study on the Metal Oxide pH Sensor Using Thick Film Technology
Hung, C.-S.¹; Chou, J.-C.²; Sun, T.-P.³; Hsiung, S.-K.¹ (¹Chung Yuan Christian University, ²National Yunlin University of Science and Technology, ³National Chi Nan University, Taiwan)
page 630
Fabrication of Clinical Gas Sensor Using MEMS Process
Lee, Y.-S.¹; Song, K.-D.¹; Choi, N.-J.¹; Huh, J.-S.¹; Chung, W.-Y.²; Lee, D.-D.¹ (¹Kyungpook National University, ²Dongseo University, Korea)
page 632
Surface Acoustic Wave Chemical Sensor Using Ultrathin Multilayer Films
Nomura, T.¹; Saitoh, A.¹; Furukawa, S.² (¹Shibaura Institute of Technology, ²Kyushu Institute of Technology, Japan)
page 634
BP Algorithm Design and Simulation of Gas Sensor Arrays
Xie, G.; Tai, H.; Wang, T.; Xu, J.; Jiang, Y.; Ye, Y.; Zeng, H.; Yang, B. (University of Electronic Science & Technology of China, China)
page 636
A Multi-Parameter Biochemical Sensor with a Linear Readout Circuit
Liao, H.-C.¹; Sun, T.-P.²; Chen, C.-Y.²; Chou, J.-C.³; Hsiung, S.-K.¹ (¹Chung Yuan Christian University, ²National Chi Nan University, ³National Yunlin University of Science and Technology, Taiwan)
page 638
A Novel Li+ Sensor Based on LiNbO₃ Membrane
Feng, C.-L.; Xu, H.; Li, Y. (Liaoning Normal University, China)
page 640
Preparation and Conductivity of Tungstovanadogermanic Heteropoly Acid Supported on Mesoporous Silicates MCM-41 or MCM-48
Wu, Q.¹; Jin, H.¹; Wu, C.¹; Pang, W.^1,2 (¹Zhejiang University, ²Jilin University, China)
page 642
Preparation and Properties of Enzyme Micro Sensors
Takaoka, H.²; Shimizu, T.¹; Imai, S.¹; Furukawa, S.²; Yasuzawa, M.² (¹Toyo Precision Parts MFG. Co., Ltd., ²The University of Tokushima, Japan)
page 644
Highly Sensitive SnO₂-Based Gas Sensor for Indoor Air Quality Monitoring
Shi, L.¹; Hasegawa, Y.¹; Katsube, T.¹; Kaneko, T.², Nakano, M.²; Nakamura, K.² (¹Saitama University, ²Uchiya Thermostat Co., Ltd, Japan)
page 646
Characteristics of HC Sensor Using Pr₆O₁₁ Electrode
Inaba, T.; Masuoka, Y.; Saji, K.; Sakata, J. (Toyota Central R & D Labs. Inc., Japan)
page 648
Thin-Film Limiting-Current Type NO_x Sensor
Saji, K.; Inaba, T.; Sakata, J. (Toyota Central Research and Development Laboratories, Inc., Japan)
page 650
Hydrogen Sensing Characteristics of WO₃ Thin Film Conductometric Sensors Activated by Pt and Au Catalysts
Ippolito, S. J.^1,2; Kandasamy, S.¹; Kalantar-zadeh, K.^1,2; Wlodarski, W.^1,2 (¹RMIT University, ²CRC for MicroTechnology, Australia)
page 652
Plasma Polymerized TEOS Films for Nanochannels Formation and Sensor Development
Carvalho, R. A. M.¹; Lima, R. R.²; Nascimento Filho, A. P.¹; Silva, M. L. P.¹; Demarquette, N. R.¹ (¹Escola Politecnica da Universidade de Sao Paulo, ²Institute de Fisica da Universidade de Sao Paulo, Brazil)
page 654
Nano-Grained Thin-Film Indium Tin Oxide Gas Sensors for H₂ Detection
Park, S. H.¹; Kang, J. H.¹; Yoo, K. S.¹; Kim, C. K.² (¹University of Seoul, ²Soonchunhyang University, Korea)
page 656
Correlation between Gas Sensing Properties and Surface Structures of the Sputtered Tin Oxde Thin Films
Choi, G.-P.; Park, Y.-J.; Ryu, H.-W.; Park, J. (Chosun University, Korea)
page 658
NH3 Gas Sensing Characteristics and Heating Effects of Single-Walled Carbon Nanotubes
Yun, K.-H.; Lee, S.-T.; Quang, N.-H.; Trinh, M.-V.; Huh, J.-S. (Kyungpook National University, Korea)
page 660
Characteristics of Thin Polyisobutylene SAW Sensor for Different Operating Frequencies
Huh, Y.-H.; Joo, B.-S.; Lee, E.-W.; Lee, J.-H.; Lee, Y.-S.; Huh, J.-S.; Lee, D.-D. (Kyungpook National University, Korea)
page 662
Sensing Properties of ZnO doped SnO₂ Thick Films with DPGME
Yun, K.-Y.; Baek, W.-W.; Choi, N.-J.; Lee, D.-D.; Kim, J.-C.; Huh, J.-S. (Kyungpook National University, Korea)
page 664
Characteristic of Thick Film Sensor CH₃CN Detection by In₂O₃ Added SnO₂
Kwak, J. H.; Choi, N. J.; Bahn, T. H.; Lim, Y. T.; Huh, J. S.; Kim, J. C.; Lee, D.-D. (Kyungpook National University, Korea)
page 666
Sensing Properties of ZrO₂-Added SnO₂ for Nerve Gas and Posgene Simulant
Yun, K.-Y.; Baek, W.-W.; Choi, N.-J.; Lee, D.-D.; Kim, J.-C.; Huh, J.-S. (Kyungpook National University, Korea)
page 668
Toxic Gas Response Properties of Thin Film Sensors Based on SnO₂
Bahn, T. H.; Choi, N.-J.; Kwak, J.-H.; Lim, Y.-T.; Kim, J.-C.; Huh, J.-S.; Lee, D.-D. (Kyungpook National University, Korea)
page 670
The QCM Type Aldehyde Sensor
Naganawa, R.¹; Hirayama, K.²; Noda, K.¹; Kurosawa, S.¹; Tao, H.¹ (¹AIST, ²Ehime Prefectural Government, Japan)
page 672
Ozone, NO₂ and VOCs Detection with SmFeO₃ Based Gas Sensor
Itagaki, Y.; Hosoya, Y.; Aono, H.; Sadaoka, Y. (Ehime University, Japan)
page 674
Characteristics of Polyaniline Sensor Coated with Poly(Vinylidenefluoride) Layer for Volatile Organic Compounds
Kim, J.-S.; Cho, J.-H.; Han, Y.-A.; Sohn, S.-O.; Huh, J.-S. (Kyungpook National University, Korea)
page 676
Identification with a Four Sensor Array Using Pattern Classification
Kim, J.-S.; Hoh, Y.-S.; Cho, J.-H.; Sohn, S.-O.; Huh, J.-S. (Kyungpook National University, Korea)
page 678
Fabrication and Characteristics of Sensor Arrays for Atmospheric Environment Gas
Cha, G.-Y.; Lee, S.-T.; Huh, J.-S. (Kyungpook National University, Korea)
page 680
Piezoelectric Methane Sensors: AT-Cut Quartz Resonators with Polyethylene Glycol 400 Films
Wang, C.-H. (Nan-Jeon Institute of Technology, Taiwan)
page 682
Analysis of Diabetic Patient's Breathe Using Conducting Polymer Sensor Array
Yu, J.-B.; Lee, K.-M.; Byun, H.-G.; Huh, J.-S. (Kyungpook National University, Korea)
page 684
Gas Sensors Based on MIS Diodes
Gaman, V. I.; Baljuba, V. I.; Gritsyk, V. Y.; Davidova, T. A.; Kalygina, V. M.; Khludkova, L. S. (Tomsk State University, Russia)
page 686
Peculiarities of Response to CH₄ and H₂ of Pt/SnO₂:Sb Thin Films
Anisimov, O. V.¹; Maksimova, N. K.¹; Chernikov, E. V.¹; Masalov, S. M.² (¹Siberian Physical Technical Institute, ²Tomsk State University, Russia)
page 688
Preparation and Properties of Langmuir-Blodgett Fims Based on Bis [octakis (octyloxy) phthalocyaninto] Complex
Jiang, Y.; Xie, G.; Wang, T.; Wu, Z. (University of Electronic Science and Technology, China)
page 690
Research of CO₂ Sensor with New Structure
Liu, X.; Quan, B.; He, Y.; Wu, Y.; Chen, L. (Jilin University, China)
page 692
Hydrogen Sensitive Micro Sensor of Nano-Crystalline F-Doped SnO₂ Using MEMS Technology
Han, C.-H.¹; Kim, I.-J.²; Lee, W.-B.²; Han, S.-D.¹ (¹Korea Institute of Energy Research, ²Seju Engineering, Koea)
page 694
Wide Range Gas-Flow Sensor with Multi-Step Temperature Sensing Elements
Chung, W.-Y. (Dongseo University, Korea)
page 696
Nanoporous TiO₂ Film as Coating for Piezoelectric Crystal Sensor in the Detection of Organic Vapors in Air
Fung, Y. S.¹; Si, S. H.^1,2; Zhu, D. R^.1; Sun, H.¹ (¹The University of Hong Kong, ²Central South University, China)
page 698
Impedancemetric Zirconia-Based Sensor Using Oxide Sensing-Electrode for Detecting Water Vapor in Low Concentration Range
Nakatou, M.; Miura, N. (Kyushu University, Japan)
page 700
Influence of Thickness of Oxide Electrode on Sensing Performances of Mixed-Potential-Type and Impedancemetric NOx Sensors
Koga, T.; Nakatou, M.; Elumalai, P.; Miura, N. (Kyushu University, Japan)
page 702
Gas Sensing Properties of Poly 3-Hexylthiophene Thin Film Transistors
Yamagishi, Y.; Ise, M.; Takano, N.; Fukuda, H. (Muroran Institute of Technology, Japan)
page 704
A Semiconductor Micro Gas Sensor with Improved Gas Selectivity Using Electric Field
Takeda, R.; Hara, K. (Tokyo Denki University, Japan)
page 706
The Sensitivity and Selectivity Analyses of SnO₂ and CeO₂/SnO₂ Gas Sensors to Ethanol in the Presence of CO, LPG and CH₄
Pourfayaz, F.; Khodadadi, A.; Mortazavi, Y.; Mohajerzadeh, S. S. (University of Tehran, Iran)
page 708
Methane Detection Using Palladium Doped Single-Walled Carbon Nanotube Sensors
Li, J.; Lu, Y.; Ng, H. T.; Han, J.; Meyyappan, M. (NASA Ames Research Center, USA)
page 710
Gas Sensing Properties of SnO₂ Pellet; Surface Modified by Laser Ablated Cu
Inamdar, A. D.¹; Ansari, S. G.²; Aiyer, R. C.¹ (¹University of Pune, India, ²School of Materials Science, JAIST, Japan)
page 712
Porous Nano-Crystalline Tungsten Oxide Based NO₂ Sensor
Wang, S.-H.¹; Chou, T.-C.²; Liu, C.-C.³ (¹I-Shou University, ²National Cheng Kung University, Taiwan, ³Case Western Reserved University, USA)
page 714
Structure and Mass Spectrometry Study of Nanometer Sn-a-Fe₂O₃ Carbon Monoxide Sensor Materials
Qin, H.¹; Chen, G.²; Bao, J.¹ (¹Hangzhou Institute of Electronic Engineering, ²Sichuan Pedagogic University, China)
page 716
A Novel Electronic Nose for Detection of Lung Cancer
Chen, X.; Cao, M.; Yu, H.; Li, Y.; Wang, P. (Zhejiang University, China)
page 718
Study on the Chloride Ion Selective Electrode Based on the SnO₂/ITO Glass and Double-Layer Sensor Structure
Cheng, J.-F.¹; Chou, J.-C.²; Sun, T.-P.³; Hsiung, S.-K.¹ (¹Chung Yuan Christian University, ²National Yunlin University of Science and Technology, ³National Chi Nan University, Taiwan)
page 720
Study of the Humidity Sensor Based on Various Poly(Vinyl Acetate)
Yu, C.-H.¹; Chou, J.-C.²; Sun, T.-P.³; Hsiung, S.-K.¹ (¹Chung Yuan Christian University, ²National Yunlin University of Science and Technology, ³National Chi Nan University, Taiwan)
page 722
Percussion Probe Equipped with the Karlsruhe Micronose KAMINA for Rapid Online Soil Analysis of Volatile Pollutants
Arnold, C.; Kochbeck, M.; Goschnick, J.; (Forschungszentrum Karlsruhe, Germany)
page 724
Samarium (III) Selective Membrane Sensor Based On Tin (IV) Boratophosphate
Mittal, S. K.; Sharma, H. K.; Kumar, A. S. K. (Deemed University, India)
page 726
Ion-Selective Microelectrode Array Platform for Recording of Calcium Ion Activities
Guenat, O.¹; Dufour, J.-F.²; Berdondini, L.¹; Morf, W.¹; De Rooij, N. F.¹; Van Der War, P. D.¹; Koudelka-Hep, M.¹ (¹University of Neuchatel, ²University of Bern, Switzerland)
page 728
Manufacture and Characterization of an ISFET-Probe for Deep-Sea pH Measurements
Fujii, T.¹; Van Der Wal, P.²; Kyo, M.³; Shitashima, K.⁴; de Rooij, N.² (¹University of Tokyo, Japan, ²University of Neuchatel, Switzerland, ³Japan Agency for Marine-Earth Science and Technology, 4Central Research Institute of Electric Power Industry, Japan)
page 730
Effect of Mg²⁺-Dopant on the Characteristics of Lead Titanate Sensing Membrane for Ion-Sensitive Field-Effect Transistors
Chen, Y.-C.¹; Jan, S.-S.²; Chou, J.-C.³ (¹National Sun Yat-Sen University, ²Ling Tung College, ³National Yunlin University of Science and Technology, Taiwan)
page 732
Study on the Disposable Potentiometric Biosensor for Creatinine Determination Based on PVC-COOH Membrane Ammonium Ion-Selective Electrode
Chou, N.-H.¹; Sun, T.-P.²; Chou, J.-C.³; Hsiung, S.-K.¹ (¹Chung Yuan Christian University, ²National Chi Nan University, ³National Yunlin University of Science and Technology, Taiwan)
page 734
Miniaturized Fluorescence Detection System to Remove Background Noise of the Incident Light Using Micro Mirror and Lens
Jang, J. M.¹; Kang, J. Y.¹; Lee, J.-H.¹; Hwang, S. W.²; Yang, E. G.¹; Yoon, D. S.¹; Kim, T. S.¹ (¹Korea Institute of Science and Technology, ²Korea University, Korea)
page 736
Formation of Ionassotiation Metal Complexes with Neutral Ionophores and Lipophilic Compounds and Analytical Characteristics of Corresponding ISEs
Petrukhin, O. M.¹; Schipulo, E. V.¹; Kurachenkova, S. N.¹; Yakshin, V. V.² (¹D. Mendeleyev University of Chemical Technology of Russia, ²All Russian Research Institite of Chemical Technology, Russia)
page 738
Evaluation of the MOSFET Type Hybrid Biosensor
Hirano, Y.; Ooe, K.; Hamamoto, Y.; Matsuda, R.; Koike, K.; Sasa, S. (Osaka Institute of Technology, Japan)
page 740
Frequency Stability by the Communication Technique for Biosensors
Koyama, M.¹; Akaike, K.¹; Aizawa, H.²; Kurosawa, S.¹ (¹Nihon Dempa Kogyo Co., Ltd., ²AIST, Japan)
page 742
Use of Quinone as a Mediator at Anode in a Glucose/O₂ Biofuel Cell
Islam, M. K.1; Ohashi, T.1; Yasukawa, T.1; Shiku, H.1; Nishizawa, M.1; Kosuge, J.2; Fukasaku, N.²; Matsue, T.¹ (¹Tohoku University, ²Daiichi pure Chemicals Co., Ltd., Japan)
page 744
Thermophilic Glucokinase-Based Sensors for the Detection of Various Saccharides and Glycosides
Aoki, K.; Suzuki, H.; Ishimaru, Y.; Toyama, S.; Ikariyama, Y.; Iida, T. (National Rehabilitation Center for the Persons with Disabilities, Japan)
page 746
Immobilization of Antigen Molecules by Self-Assembled Aminosilane on LiNO3 Surfaces and Detection of Immunoreactions
Feng, C.-I.; Sun, Y.; Li, Y.; Ma, A.-I. (Liaoning Normal University, China)
page 748
DNA-Cu (II) Complex Membrane Modified Electrodes for Novel Type of Biosensors for Glucose and DNA-Binding Drugs
Hasebe, Y.; Gu, T.; Uchiyama, S. (Saitama Institute of Tecnology, Japan)
page 750
High Performance Amperometric Glucose Sensor Based on Two- Dimensional Cross-Linked Langmuir-Blodgett Films
Yonezaki, K.¹; Kato, D.²; Sakata, M.¹; Hirayama, C.¹; Hirata, Y.²; Mizutani, F.²; Kunitake, M.¹ (¹Kumamoto University, ²AIST, Japan)
page 752
Imaging of Antibody Microarray by Scanning Electrochemical Microscopy with Shear Force Feedback Regulation of Substrate-Probe Distance
Hirano, Y.¹; Mase, Y.¹; Oyamatsu, D.²; Yasukawa, T.¹; Shiku, H.¹; Matsue, T.¹ (¹Tohoku University, ²Osaka University, Japan)
page 754
Development of Beta-Hydroxybutyrate Electrochemical Biosensor
Ma, N. Z.; Guan, W. J.; Pan, M.; Li, G. (Zhejiang University, China)
page 756
An Amperometric Biosensor with Immobilized Algae for Water Toxicity Testing
Shitanda, I.; Takada, K.; Sakai, Y.; Tatsuma, T. (University of Tokyo, Japan)
page 758
Study of Protein Adsorption on Polymer Coatings Surface by Quartz Crystal Microbalance and Electrochemical Impedance Methods
Zhang, Y.^1,2; Fung, Y.¹; Yao, S.² (¹The University of Hong Kong, ²Hunan University, China)
page 760
Temperature Compensation in Detection of Nucleic Acid by Surface Plasmon Resonance Biosensor
Wang, Y.; Cui, D.; Xiang, S (Chinese Academy of Sciences, China)
page 762
Multichannel Detection of Hydrogen Peroxide Released from a Rat Hippocampal Slice
Kasai, N.¹; Han, C.¹; Torimitsu, K.^1,2 (¹NTT Corp., ²SORST, JST, Japan)
page 764
In vivo Studies of Implantable Electrochemically Fabricated Glucose Sensors
Yasuzawa, M.¹; Inoue, S.¹; Takaoka, H.¹; Murakami, J.²; Shimizu, T.²; Imai, S.² (¹The University of Tokushima, ²Japan Toyo Precision Parts MFG. Co., Ltd., Japan)
page 766
Fundamental Study for an Oxygen-Insensitive Amperometric Glucose Sensor Using a Novel Glucose Dehydrogenase
Kojima, S.¹; Tsujimura, S.¹; Kano, K.¹; Ikeda, T.¹; Sato, M.²; Sanada, H.²; Omura, H.² (¹Kyoto University, ²Ikeda Food Research Co., Ltd., Japan)
page 768
Kinetic Study of Direct Electron Transfer between Enzyme and Carbon Electrodes
Tsujimura, S.; Nakagawa, T.; Knao, K.; Ikeda, T. (Kyoto University, Japan)
page 770
AFM Patterning and Immobilization of Biomolecules on Si
Moon, W.^1,2; Yoshinobu, T.¹; Nishikawa, A.³; Iwasaki, H.¹ (¹ISIR, Osaka University, ²CREST/JST, ³Osaka Electro-Communication Junior College, Japan)
page 772
Three-Dimensional Sol-Gel Network on Platinum Electrode for Interference- Free Amperometric Biosensor
Matsuhisa, H.; Tsuchiya, M.; Hasebe, Y. (Saitama Institute of Technology, Japan)
page 774
Amperometric Immunosensor Based on Mediator/Antigen Hybrid Carbon Electrode
Ueda, M.¹; Gu, T.¹; Hasebe, Y.¹; Kaneko, H.²; Suda, Y.³; Yamada, K.³ (¹Saitama Institute of Technology, ²Tsukuba Materials Imformation Laboratory Ltd., ³Mitsubishi Pencil Co., Ltd., Japan)
page 776
A Psoralen Derivative Containg Ferrocene for Redox-Labeling of DNA and Electrochemical Gene Sensor Applications
Nakano, K.; Shirakawa, S.; Taguchi, S. (Kyushu University, Japan)
page 778
Parallel Detection of Protein Binding onto DNA Microarrays Using Two-Dimensional Internal Reflection Ellipsometry (2DIRE)
Otsuki, S.; Yamada, H.; Iwahashi, H.; Tamada, K. (AIST, Japan)
page 780
Self-Wiring with Redox Polymers from Tyrosinase to an Electrode
Tatsuma, T.; Sato, T. (University of Tokyo, Japan)
page 782
Detection and Classification of DNA by Electrophoresis in Conjugation with Infrared Absorption Spectroscopy
Miyamoto, K.¹; Kimura, Y.^1,2; Ishii, H.^1,2; Niwano, M.^1,2 (¹Tohoku University, ²Japan Science and Technology Corporation, Japan)
page 784
Superoxide Sensor Based on Polymerized Superoxide Dismutase Prepared by “SUMO” Technique
Nishiyama, K.; Miura, S.; Saitoh, H.; Taniguchi, I. (Kumamoto University, Japan)
page 786
Immobilization of Urease and Cholinesterase on the Surface of Semiconductor Transducer for the Development of Light-Addressable Potentiometric Sensors
Mourzina, I. G.^1,2; Yoshinobu, T.³; Ermolenko, Y. E.¹; Vlasov, Y. G.¹; Schoning, M. J.^2,4; Iwasaki, H.³ (¹St. Petersburg State University, Russia, ²Research Centre Julich, Germany, ³Osaka University, Japan, ⁴University of Applies Sciences Aachen, Germany)
page 788
Development of PANi Gas Sensor Using Optical Properties in Visible Wavelength Reigon
Lee, Y.-S.¹; Huh, Y.-H.¹; Lee, S.-M.¹; Huh, J.-S.¹; Chung, W.-Y.²; Lee, D.-D.¹ (¹Kyungpook National University, ²Dongseo University, Korea)
page 790
ESA Based NanoFabry-Perot Cavity Fabrication towards Detection of Hydrogen Peroxide
Del Villar, I.¹; Matias, I. R.¹; Arregui, F. J.¹; Claus, R. O.²; Goicoechea, J.¹ (¹Universidad Publica de Navarra, Spain, ²Virginia Polytechnic Institute and State Universtiy, USA)
page 792
Compact Surface-Plasmon-Resonance Immunosensor Using Multichannels for Detection of Small-Molecule Compounds
Kawazumi, H.¹; Gobi, K. V.²; Ogino, K.³; Maeda, H.³; Miura, N.² (¹Kinki University Kyushu, ²Kyushu University, ³AIST Kyushu, Japan)
page 794
Fiber-Optic Water Hardness Sensor Based on Eriochrome Black T
Achaerandio, M.¹; Alzueta, J.¹; Arregui, F. J.¹; Fernandez-Sanchez, J. F.²; Segura-Carretero, A.²; Matias, I. R.¹ (¹Public University of Navarra, ²University of Granada,Spain)
page 796
Development of An Eco-Friendly Optical Sensor Element Based on Tetraphenylporphyrin Derivatives Dispersed in Biodegradable Polymer. Effects of Substituents of Tetraphenylporphyrins on HCl Detection and Biodegradation
Nakagawa, K.¹; Aono, T.¹; Ueda, G.¹; Tsutsumi, C.¹; Hayase, N.¹; Mabuchi, M.¹; Sadaoka, Y.² (¹Niihama National College of Tech., ²Ehime University, Japan)
page 798
Detection of Aromatic Nitro Compounds with Electrode Polarization Controlling Sensor
Masunaga, K.¹; Hayama, K.¹; Onodera, T.²; Hayashi, K.¹; Miura, N.¹; Matsumoto, K.¹; Toko, K.¹ (¹Kyushu University, ²Japan Science and Technology Agency, Japan)
page 800
A Transcutaneous Oxygen Sensor for Rabbit Conjunctiva
Iguchi, S.¹; Ogawa, M.2; Uehara, T.¹; Mitsubayashi, K.² (¹Tokai University, ²Tokyo Medical and Dental University, Japan)
page 802
Study on the Electron Transfer of the Viologen Self-Assembled Monolayers
Ock, J.-Y.¹; Lee, D.-Y.¹; Shin, H.-K.¹; Miyake, J.²; Kwon, Y.-S.¹ (¹Dong-A University, Korea, ²AIST, Japan)
page 804
Amplified Electrochemical Detection Based on Redox Recycling at a Liquid- Liquid Interface Formed in a Micro Channel
Torimura, M.¹; Ichieda, N.¹; Tao, H.¹; Ito, T.²; Ohya, S.² (¹AIST, ²Kanagawa Industrial Technology Research Institute, Japan)
page 806
A Kinetic Study for Electrooxidation of NO Gas at a Pt/Membrane Electrode- Application to Amperometric NO Sensor
Ho, K.-C.; Liao, J.-Y.; Yang, J.-C. (National Taiwan University, Taiwan)
page 808
Electrical Property of a Networked Monolayer Film Prepared from Au Nanoparticles
Shiigi, H.; Yamamoto, Y.; Nagaoka, T. (Osaka Prefecture University, Japan)
page 810
The Effects of Interfering Gases on CO₂ Sensor with Various Filters
Hong, H. S.¹; Kim, J. W.¹; Jung, S. J.²; Park, C. O.¹ (¹Korea Advanced Institute of Science and Technology, ²Korea Institute of Ceramic Engineering and Technology, Korea)
page 812
Chemical Warfare Agent Sensor Using MEMS Structure and Thick Film Fabrication Method
Choi, N. J.¹; Lee, Y. S.¹; Kwak, J. H.¹; Park, J. S.²; Park, K. B.²; Shin, K. S.²; Park, H. D.²; Kim, J. C.¹; Huh, J. S.¹; Lee, D.-D.¹ (¹Kyungpook National University, ²Korea Electronics Technology Institute, Korea)
page 814
A Micro Gas Sensor Fabricated on a Micro Bridge Using Surface Micromachining
Kimura, M.; Hara, K. (Tokyo Denki University, Japan)
page 816
Properties and Structure of Aluminum Nitride Thin Films on ST-Quartz
Wang, C.-H.¹; Cheng, C.-C.² (¹Nan-Jeon Institute of Technology, ²National Cheng Kung University, Taiwan)
page 818
The Design and Manufacture of a Micro Gas Sensor Array
Gao, X.; Li, J.; He, X.; Wang, L. (Chinese Academy of Science, China)
page 820
Sand Blasting Patterning Technology for Micro-Biochemical Reactor with Integrated Thin Film Platinum Resistors as Sensors and Heaters
Lee, J.-H.; Eun, D.-S.; Lee, J.-H. (Kyungpook National University, Korea)
page 822
Microfarbricated Ultra Small Packed Gas Chromatographic Column
Sturmann, J.¹; Lang, W.¹; Benecke, W.¹; Zampolli, S.²; Elmi, I.² (¹University of Bremen, Germany, ²CNR-IMM Sezione di Bologna, Italy)
page 824
Micro Fluidic Sensor System for the Determination of GOT and GPT Enzyme Activities
Ohgami, N.¹; Suzuki, H.¹; Kusakabe, H.² (¹University of Tsukuba, ²Yamasa Corporation, Japan)
page 826
Contactless Conductivity Detection for Microchip of Laminated Laser-Printed Polyester Films
Neves, C. A.; Do Lago, C. L. (Universidade de Sao Paulo, Brazil)
page 828
Polymer Chip Incorporated with ISFET for Micro Flow Analysis
Masadome, T.¹; Ishikawa, M.²; Wakida, S.³ (¹Shibaura Institute of Technology, ²Ariake National College of Technology, ³AIST, Japan)
page 830
Structures Production for Organic Compounds Preconcentration in Gas or Liquid Phases
Nascimento Filho, A. P.; da Silva, M. L. P.; Jesus, D. P.; Demarquette, N. R.; T. Carvalho, A. (University of Sao Paulo, Brazil)
page 832
An Integrated On-Chip Sorter for Bioparticles and Macromolecules
Inoue, T.; Noguchi, Y.; Yokoyama, H. (AIST, Japan)
page 834
Effect of the Immersion Angle of a One-Face Sealed Quartz Crystal Microbalance in Electrolytic Solution
Tokimura, S.¹; Yoshimoto, M.¹; Kurosawa, S.²; Naitoh, M.³ (¹Kagoshima University, ²AIST, ³Tokyo Woman’s Christian University, Japan)
page 836
Behaviors of the Quartz Crystal Microbalance in a Newtonian Liquid
Maruyama, Y.¹; Yoshimoto, M.¹; Kurosawa, S.²; Naito, M.³ (¹Kagoshima University, ²AIST, ³Tokyo Woman’s Christian University, Japan)
page 838
A Novel Approach for the Drift Mechanisms of EGFET by Post-Baking Treatment
Lai, C.-S.; Yang, C.-M.; Ko, H.-P.; Lue, C.-E.; Lue, T. F.; Wang, C.-Y. (Chang Gung University, Taiwan)
page 840
Enhancing Chemiresistor-Type NO Gas Sensing Properties Using Ethanol- Treated Lead Phthalocyanine Thin Films
Ho, K.-C.; Chen, C.-M.; Liao, J.-Y. (National Taiwan University, Taiwan)
page 842
Ammonia Gas Interaction with WO3-Based Nanocrystalline Powders: Gas Sensors and DRIFTS Studies
Jimenez, I.¹; Centeno, M. A.²; Cornet, A.¹; Morante, J. R.¹ (¹Universitat de Barcelona, ²Universidad de Sevilla-CSIC, Spain)
page 844
Effect of Sm, Eu and Gd on Nb-Doped TiO₂ Varistors
Tang, Z.; Mi, J.; Zhang, Z.; Zhou, Z. (Tsinghua University, China)
page 846
Analysis of Point Defects in Doped BaTiO₃ Ceramics as CO Gas Sensors by Electron Paramagnetic Resonance
Zhou, Z.-G.; Tang, Z.-L.; Zhang, Z.-T. (Tsinghua Universty, China)
page 848
Sensory Properties of the La0.6Pb0.4MnO₃-VO₂ Composites for the Presence of Organics in Air
Bogomazova, N. V.¹; Busel, N. I.¹; Tarasevitch, T. I.¹; Shishkin, N. Y.¹; Bashkirov, L. A.¹; Bardi, U.²; Gunko, Y. K.³ (¹Belarus State University of Technology, Belarus, ²Universita di Firenze, Italy, ³Trinity College Dublin, Ireland)
page 850
Spectroscopic and Electrical Studies of MoO₃-WO₃ Systems
Morandi, S.¹; Ghiotti, G.¹; Chiorino, A.¹; Comini, E.²; Sberveglieri, G.² (¹University of Torino, ²University of Brescia, Italy)
page 852
Sensor Properties of Some Perovskite-Like Metal Oxides
Klyndziuk, A.; Petrov, G.; Kurhan, S.; Chizhova, Y.; Chabatar, A.; Kunitski, L.; Bashkirov, L. A. (Belarus State Technological University, Belarus)
page 854
Sol-Gel Synthesis and Characterization of Nano Powder Particles of Cu-Ni Mixed Ferrite
Unnikrishnan, V. K.; Chandrasekaran, G. (Pondicherry University, India)
page 856
Gas Sensing Properties of Nanocrystalline Oxide Doped Silica Sol-Gel Films
Post, M.¹; Cantalini, C.²; Martucci, A.³; Buso, D.³; Guglielmi, M.³; Zbroniec, L.⁴; Sasaki, T.⁴; Koshizaki, N.⁴ (¹National Research Council of Canada, Canada, ²Universita dell’ Aquila, ³Universita di Padova, Italy, ⁴AIST, Japan)
page 858
The Gas Classification Using Time Response Based on PANi Gas Sensor
Lee, Y.-S.¹; Joo, B.-S.¹; Huh, J.-S.¹; Hong, Y.-H.²; Lee, D.-D.¹ (¹Kyungpook National University, ¹Kyungwoon University, Korea)
page 860
Enantioselective Crystallization on Self-Assembled Monolayers and Its Application to Chiral Sensing
Nakanishi, T.; Banno, N.; Matsunaga, M.; Asahi, T.; Osaka, T. (Waseda University, Japan)
page 862
Oscillatory Response of Pt Based CO Sensors
Li, L.; Wlodarski, W.; Galatsis, K.; Akolekar, D. B.; Bhargava, S. (RMIT University, Australia)
page 864
Development of a Novel Modular pH Meter
Ito, Y. (Shindengen Kogyo, Japan)
page 866
Bio and Chemical Sensors Based on Resonant Frequency Changes of Magnetically Oscillating Cantilevers
Nishida, S.; Inoue, T.; Yokoyma, H. (National Institute of Advanced Science and Technology, Japan)
page 868
Nanostructure Engineered Gas Sensor Array Using Carbon Nanotubes and MEMS Fabrication Technology
Lu, Y.; Delzeit, L.; Ye, Q.; Li, J.; Han, J.; Meyyappan, M. (NASA Ames Research Center, USA)
page 870
Discrimination of Taste Solutions Using Ultrasonic Wave and Various Sensors
Kojima, Y. (Tomakomai National College of Technology, Japan)
page 872
The Design and Implementation of Smart Chemical Sensor Platform
Chou, J. C.; Hong, W. B. (National Yunlin University of Science and Technology, Taiwan)
page 874
Development of a Novel Micro Gas Sensor with Suspended Micro Heater and Electrodes Bridging on Pillars Formed on the Silicon Substrate
Kim, C. K.¹; Lee, J. H.¹; Joo, Y. C.¹; Lee, C. H.¹; Yoo, K. S.² (¹Soonchunhyang University, ¹University of Seoul, Korea)
page 876
Kinetic Study of Chemical Oscillating Reaction in the System of HCHO-DLMalic Acid- BrO₃ - -Mn²⁺-H₂SO₄
An, C.-J.¹; Zhang, Z.-Q.¹; Ding, Z.-Z.¹; Zhang, Y.-Z.²; Zheng, D.¹; Wu, Z.-Y.¹ (¹Wuhan University, ²Yangtze University, China)
page 878
Sensing Properties of a Sensor Using LaF₃ Solid Electrolyte for Dissolved CO₂ in Artificial Sea Water
Matayoshi, N. U.; Takyu, A. (University of the Ryukyus, Japan)
page 880
A New Heart Monitoring System Developed with Piezoelectric Film Sensor
Liu, Y.; Xu, J.; Liu, X.; Song, Y.; Hu, H.; Wang, G. (Chinese Academy of Sciences, China)
page 882
A DNA Chip Based on in Situ Synthesis Technology Utilizing Polymer as a Masking Material
Kuroiwa, T.¹; Obara, D.¹; Goshoo, Y.¹; Ishikawa, N.¹; Vinet, F.²; Vauchier, C.²; Soucemarianadin, A.³ (¹Yamatake Corporation, Japan, ²LETI-CEA/Grenoble, ³Universite Joseph Fourier-INPG-CNRS, France)
page 884
Sensing Technology for Chemical-Warfare Agents and Its Evaluation Using Real Agents
Seto, Y.; Kataoka, M.; Tsuge, K.; Ohsawa, I.; Matsushita, K.; Sekiguchi, H. (National Research Institute of Police Science, Japan)
page 886

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