Proceedings of the 41st Chemical Sensor Symposium
April 1-3, 2006
1. A Novel Electrical Conductivity Simulation Approach
on the SnO2 Based Solid State Gas Sensor Material
yhigang ZHU, Chutia ARUNABHIRAM, TSUBOI, Michihisa KOYAMA,
Akira ENDOU, Momoji KUBO, Carlos A. DEL CARPIO, Akira MIYAMOTO
page1-3
2. DESIGN OF HIGHLY SENSITIVE THIN-FILM-TYPE GAS SENSOR USING TIN OXIDE CLUSTER
Kouhei YOSHIDA, Masayoshi YUASA, Kengo, SHIMANOE, Noboru Yamazoe
page7-9
3. PREPARATION OF POROUS TIN DIOXIDE POWDERS BY PYROLYSIS
OF ATMIZED PRECURSOR SOLUTIONS
AND THEIR APPLICATION TO SEMICONDUCTOR GAS SENSORS
Koji HIEDA, Takeo HYODO, Yasuhiro SHIMIZU and Makoto EGASHIRA
page10-12
4.EFFECT OF MICRO-GAP ELECTRODE ON HYDROGEN SULFIDE GAS SENSING
PROPERTIES OF TIN OXIDE THIN FILM MICROSENSORS
Yoshinori NAKATAYA, Jun NIIMI, Satoshi KONISHI, Jun TAMAKI
page13-15
5.Characterization of carbon nanotube (CNT) sensor
by catalytic chemical vapor deposition (CCVD) method
Tatsuya Itoa, Shin-ich Hondb, Mitsuhiro Katayamab, Kenjiro Ourab
page16-18
6.DEVELOPMENT OF A HIGHLY SENSITIVE MICRO GAS SENSOR BASED
ON ADSORPTION AND COMBUSTION FOR TOTAL VOLATILE ORGANIC COMPOUNDS
Takahiko SASAHARA, Hiroteru KATO, Ayako SAITO, Masateru NISHIMURA, Makoto EGASHIRA
page19-21
7. Identification of fire source and its location using plural tin oxide gas sensor
Tatsuya Shimbo, Daisuke Ishigure, Tsubasa@Higashino,Ayako Sawada,
Takashi Oyabu, Hidehito Nanto, Kiyoshi Toko
page22-24
Roles of chemical gas sensors in the filed of safety
Tesshi SHIGEMORI
page25-27
8.
A QCM-BASED HCl GAS SENSOR COATED WITH POLY(ACRYLAMIDE) DERIVATIVES
Masanobu MATSUGUCHI, Yoshito KADOWAKI
page28-30
9. IMPEDANCE RESPONSE FOR ORGANIC VAPOR ON INTERDIGITATED
MICROELECTRODE MODIFIED WITH CORE-SHELL AU NANOPARTICLES
Tatsuya TANIHIRA, Tomohiro KAWAGUCHI, Toshihiro UDAKA, Keisuke KIMURA,
Kazuo HIROTA, Jun TAMAKI
page31-33
10. DEVELOPMENT OF TETRACHLOROETHYLENE SENSOR USING SEMICONDUCTOR OXIDE
A. Narimatsu, S. Sekine, Y. Yoshimi
page34-36
11.SENSING PERFORMANCES OF SmFe1-xCoxO3 SEMICONDUCTIVE GAS SENSOR
TO LOW OZONE CONCENTRATION
Masami MORI, Yuuki HOSOYA, Yoshiteru ITAGAKI,
Hiromichi AONO and Yoshihiko SADAOKA
page37-39
12.SENSING PROPERTIES OF RESISTIVE OXYGEN SENSOR
BASED ON Hf-DOPED CERIA
Noriya IZU, Toshio ITOH, Woosuck SHIN, Ichiro MATSUBARA, Norimitsu MURAYAMA
page40-42
13. FORMATION OF LITHIUM ION CONDUCTION LAYAR ON SURFACE OF YSZ AND ITS
APPLICATION FOR POTENTIOMETRIC CO2 GAS SENSOR
Takeshi MASAYOSHI, Yoshiteru ITAGAKI, Hiromichi AONO and Yoshihiko SADAOKA
page43-45
14. REDUCTION OF THE INTERFERENCE OF WATER VAPOR IN NASICON-BASED NO2 SENSOR ATTACHED
WITH METAL OXIDE AND NITRITE COMPOUND OPERATIVE AT LOW TEMPERATURE
Kenji OBATA and Shigenori MATSUSHIMA
page46-48
15. DEPENDENCE OF NO2 SENSITIVITY ON THICKNESS OF
OXIDE SENSING-ELECTRODE FOR MIXED-POTENTIAL-TYPE ZIRCONIA SENSOR
Perumal ELUMALAI, Vladimir V. PLACHNITSA, Taro UEDA, Masaharu HASEI, Norio MIURA
page49-51
16. SENSING CHARACTERISTICS OF MIXED-POTENTIAL-TYPE ZIRCONIA-BASED
NO2 SENSOR USING WO3-ADDED NiO SENSING-ELECTRODE
Jian WANG, Daisuke TERADA, Perumal ELUMALAI, Tarou UEDA, Masaharu HASEI, Norio MIURA
page52-54
17. NITROGEN OXIDES GAS SENSOR BASED ON
ALUMINUM ION CONDUCTING SOLID ELECTROLYTE
Shinji TAMURA, Isao HASEGAWA, Nobuhito IMANAKA
page55-57
18. PREPARATION AND PROPERTIES OF A MINIATURE HYDROGEN PUMP-GAUGE
Hiroyuki KANEKO, Tetsuro KAWABATA and Eiji TADA
page58-60
19.SOLID ELECTROLYTE IMPEDANCEMETRIC NOxSENSOR USING OXIDE RECE
Daisuke KOBA, Yuri ARAKI, Satoko TAKASE and Youichi SHIMIZU
page61-63
20.CONDUCTIVITY OF APATITE -TYPE LixLn10-xSi6O27-x(Ln=La,Nd,Sm) AND ITS
APPLICATION FOR POTENTIOMETRIC CO2 GAS SENSOR
Takumi MIYAHIRO, Manabu FUJISHIMA, Yoshiteru ITAGAKI, Hiromichi AONO, Yoshihiko SADAOKA
page64-66
21. SENSING CHARACTERISTICS OF AMPEROMETRIC HYDROCARBON SENSORS
BASED ON STABILIZED ZIRCONIA AND OXIDE SENSING-ELECTRODE
Taro UEDA, Mitsunobu NAKATOU, Norio MIURA
page67-69
22. Amperometric solid state hydrocarbon sensor based on the oxidation activity
of electrode
Tatsumi Ishihara, Atanu Dutta, Zonghi Bi, and Hiroshige Matsumoto
page70-72
23.SENSING CHARACTERISTICS OF PLANAR-TYPE OXYGEN SENSOR
USING NEW SOLID REFERENCE-ELECTRODE
Shohei NAKAKUBO, Daisuke TERADA, Ryotaro WAMA , Norio MIURA
page73-75
24.A YEAST TRANSFORMANT-BASED ENZYME SENSOR FOR IMPLANTABLE APPLICATION
Masaki YAMAGUCHI, Atsunori NAKANO, Tadayoshi TANIYAMA, Kenichi YANAI
page76-78
25. MICRO ANALYSYS SYSTEM FOR THE DETERMINATION OF
ENZYME ACTIVITIES USING FREEZE-DRIED SUBSTRATES
Katsuya MORIMOTO, Sanjay UPADHYAY, Naoto OHGAMI, Hitoshi KUSAKABE, Hiroaki SUZUKI
page79-81
26.MICROFLUIDIC DEVICE FOR SEQUENTIAL INJECTION AND FLUSHING OF SOLUTIONS
AND ITS APPLICATION TO BIOSENSING
Norihiro NASHIDA, Wataru SATOH, Hiroaki SUZUKI
page82-84
27. FABRICATION OF NANO-GAP ELECTRODE AND ITS APPLICATION FOR BIOSENSING
Hiroshi Shiigi, Shiho Tokonami, Masashi Iwamoto, Tsutomu Nagaoka
page85-87
28.FABRICATION AND CHARACTERIZATION OF DODIUM ION SENSOR
BASED ON TRANSPARENCY FILM
Shigeru TOYAMA
page88-90
29.0FABRICATION OF THE THREE-ELECTRODE SCREEN-PRNTED STRIPS,
AND VOLTAMMETRIC ANALYSIS OF AMINO ACIDS AND PEPTIDE
Miyuki CHIKAE, Koutarou IDEGAMI, Kagan KERMAN, Hiromi USHIJIMA, Yuzuru TAKAMURA, Eiichi TAMIYA
page91-93
30. ON-CHIP pH-STAT BASED ON THE IRREGULAR USE OF
A THREE-ELECTRODE SYSTEM AND ITS APPLICATION
Katsuya MORIMOTO and Hiroaki SUZUKI
page94-96
DEVELOPMENT OF BIOCHIP USING MEMS TECHNOLOGY
Tetsuya OSAKA
page97-99
31.AN ENVIRONMENTAL ION SENSOR USING
ELECTROCHROMIC MULICOMPONENT THIN-FILM OXIDE
Tomohiro TAKEYASU, Satoko TAKASE, Youichi SHIMIZU
page100-102
32. LAPS MEASUREMENT OF MICROCHANNELS
Tatsuo YOSHINOBU, Suguru ITO, Tatsuo Kinefuchi,
Atsushi MATSUIZAWA and Shinfichiro KANOH
page103-105
33. EFFECT OF SURFACE CONDITION ON ELECTROCHEMILUMINESCENCE OF LUMINOL
Yasuo YOSHIMI, Masayuki KAMADA, Yu YAMAGATA, Shinichi SEKINE
page106-108
34.RAPID AND HIGHLY SENSITIVE SPR IMMUNOSENSOR FOR EXPLOSIVE COMPOUNDS
Dhesingh RAVI SHANKARAN, Kiyoshi MATSUMOTO, Kiyoshi TOKOd, Norio MIURA
page109-111
35.DEVELOPMENT OF A HIGHLY SENSITIVE TWO-DIMENSIONAL SPR IMMUNOSENSOR
Masayasu SUZUKI, Shintaro HANE, Toyohiro OHSHIMA,
Yasunori IRIBE, Tatsuya TOBITA
page112-114
36.DEVELOPMENT OF FLEXIBLE GLUCOSE SENSORS FOR IN VIVO MEASUREMENT
Hiroki TAKAOKA, Mikito YASUZAWA, Toshiyasu SHIMIZU, Shinji IMAI,
Raeann GIFFORD, George S. WILSON
page115-117
37. DEVELOPMENT OF A MULTICHANNEL BIOSENSOR FOR IN VIVO MEASUREMENT
Mikito YASUZAWA, Shinya FURUKAWA, Hiroki TAKAOKA, Raeann Gifford,@George S. Wilson
page118-120
38.DEVELOPMENT OF A MICRO-PLANAR AMPEROMETRIC BILE ACID
BIOSENSOR FOR URINE ANALYSIS
SATOSHI KOIDE, NARUSHI ITO, ISAO KARUBE
page121-123
39.Novel electrochemical measurement of 8-hydroxy-2'-deoxyguanosine in urine
Yohei INABA, Narushi ITO, Kenji YOKOYAMA, Isao KARUBE
page124-126
40. STUDY ON THE SELECTIE ELECTRODE OXID ATION OF HYDROGEN PEROXIDE USING ELECTROPOLYMERIZED MEMBRANE COMPOSED OF UREASE <BENZENETHIOL.
AND HYDROQUINONE
Naoyuki.SEKIOKA, Tomohiro.SATO, Shunichi.UCHIYAMA
page127-129
41.HIGHLY SENSITIVE MEASUREMENT OF ATRIAL NATRIURETIC PEPTIDE BY
ELECTROCHEMICAL ENZYME IMMUNOASSAY
Yasuhiro MIE, Yumika OSUGA, Yu HIRANO, Osamu NIWA, Fumio MIZUTANI
page130-132
42. URIC ACID SENSOR USING THE URICASE IMMOBILIZED MEMBRANE COMPOSED OF
POLYSTYLENE AND POLYMALEIMIDOSTYLENE
Xiuyun WANG, Tokio HAGIWARA, Shunichi UCHIYAMA
page133-135
43.AMPEROMETRIC BIOSENSOR BY THE USE OF CATALYTIC
ELEMENT-INCORPORATED DNA-POLYAMINE COMPLEX MEMBRANE
AS A NOVEL RECOGNITION INTERFACE
Yasushi HASEBE, Tingting GU
page136-138
44.ELECTROCHEMICAL DETECTION FOR LIPOPOLYSACCHARIDE USING FERROCENYLBORONIC ACID
Dai KATO, Seiichiro. IIJIMA, Yukari SATO, Jianbo JIA, Ryoji KURITA,
Fumio MIZUTANI, Osamu NIWA
page139-141
45.RESIDUAL PESTICIDES DETECTION SENSOR USING SCREEN PRINTED ELECTRODE
Naoki NAGATANI, Miyuki ChIKAE, Kerman KAGAN, Hitoshi NAKADA,
Kenji KONDO, Hiromi USHIJIMA, Yuzuru TAKAMURA, Eiichi TAMIYA
page142-144
46.SIA OF Zn(II) IONS USING A COLUMN PACKED WITH ALP-IMMOBILIZED BEADS
Ikuo SATOH, Toshiyuki HARADA, Kumiko TAKAHASHI, Yasuhiro IIDA
page145-147
47. Development of Molecularly Imprinted Sterol Sensor and Non-invasive Detection
Hiroshi Shiigi, Satoshi Fukazawa, Tsutomu Nagaoka
page148-150
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