Graduate School of Engineering Doctor's Course Material Science and Production Engineering Professor
Graduate School of Engineering Master's program Life, Environment and Applied Chemistry Professor
Updated on 2024/12/12
博士
工業分析化学
環境分析
生体分析
Environmental Analysis
Bioanalytical Analysis
Analytical Chemistry
Analytical Chemistry
Nanotechnology/Materials / Analytical chemistry
Environmental Science/Agriculture Science / Environmental policy and social systems
Environmental Science/Agriculture Science / Environmental impact assessment
Nanotechnology/Materials / Analytical chemistry
The University of Tokyo
- 1991
Country: Japan
The University of Tokyo Graduate School, Division of Engineering 工業化学
- 1991
Wuhan University Faculty of Engineering Science 発電〓化学
- 1984
Country: China
武漢水利電力学院(武漢水利電力学院) 基礎工学部 発電〓化学
- 1984
Country: China
The University of Tokyo
1980年9月~1984年7月 中国武漢水利電力大学(現武漢大学水利電力学院)応用化学科 卒業
- Associate Professor,
1996
- 福井大学工学部 助教授
1996
カナダWaterloo大学 客員研究員
1994
Visiting Scholar,
1994
Energy Research Center, Wakasa Bay, Fukui
Fukui University
University of Waterloo, Canada
平成 6年 6月 - 平成6年12月 カナダWaterloo大学客員研究員
平成 8年 9月 福井大学工学部助教授
(平成 9年11月 - 平成12年3月 福井県(財)若狭湾エネルギー研究センター 客員研究員)
(平成12年4月 - 平成13年3月 カナダWaterloo大学客員教授)
(平成15年11月 - 平成16年1月 カナダWaterloo大学客員研究員(文部省派遣短期在外研究調査))
(平成20年9月 - 平成20年12月 米国University of Minnesota客員研究員(文部省派遣在外研究調査))
(平成20年 岐阜大学大学院工学研究科応用化学専攻 非常勤講師)
(平成17年 - 平成20年 中国南昌航空工業学院 兼任教授)
平成22年4月 福岡工業大学工学部教授
平成 3年 7月 東京都立大学工学部助手
Tokyo Metropolitan University
The Japan Society for Analytical Chemistry,
日本アイソトープ協会
The Chemical Society of Japan,
Suppression effect of fertilizers on heavy metal stress in aquatic plants studied by the probe beam deflection/ fluorescence quenching method Reviewed
Xing-Zheng WU, and Shi-hao TU
Environmental Monitoring and Contaminants Research 4 1 - 6 2024.12
1. Sensitive Detection of Heavy Metal Stress in Aquatic Plants by Dissolved Oxygen-Quenched Fluorescence/Materials Movement-Induced Beam Deflection Method Reviewed
Xing-Zheng WU, Kansuk Patthamawan, Yousuke Okuhata
Analytical Sciences 39 1993 - 2000 2023.8
Real-Time Monitoring of Dissolved Oxygen at a Vicinity of an Aquatic plant
Kansuk Patthamawan, Tamura Keisuke and Xing-Zheng Wu
International Conference on Engineering, Applied Sciences and Technology 2019 305 - 309 2019.7
Real-Time Monitoring of Dissolved Oxygen at a Vicinity of an Aquatic plant Reviewed
Kansuk Patthamawan, Tamura Keisuke and Xing-Zheng Wu
IOP Conf. Ser.: Mater. Sci. Eng. 639 012045 2019.7
Fluorescence Quenching/Deflection Method for Real-Time In-Situ Simultaneous Monitoring of Dissolved Oxygen and Materials Movements-Induced Beam Deflection at a Vicinity of an Aquatic Plant
abstract No. 950-5 2019.3
Study on Protein-Gold Nanoparticles by Absorbance and Fluorescence Methods
X.-Z. Wu, X. Qiao
International Conference on Small Science (ICSS) 2019 P04 2019.3
Improvements on the Fluorescence Quenching/Deflection Method for Real-time in situ Simultaneous Monitoring of Dissolved Oxygen and Material Movement-induced Beam Deflection in the Vicinity of an Aquatic Plant Reviewed
Xing-Zheng Wu, and Luowei Huang
Anal. Sci. 34 1335 - 1337 2018.11
Real-time in-situ simultaneous monitoring of dissolved oxygen and materials movements at vicinities of an aquatic plant by fluorescence quenching/deflection with an improved calculation method Reviewed
Luowei Huang, Xing-Zheng Wu
SDRP Journal of Plant Science 2 ( 2 ) 2017.12
Development of Novel Optical Detection System for Aquatic Plants
Luowei Huang, Xing-Zheng Wu
EMN Meeting on Photodetectors (Mauritius) 2017.11
Monitoring of Dissolved Oxygen and Materials Movement at a Vicinity of an Aquatic Plant Surface by Fluorescence Quenching and Deflection method
Luo-Wei Huang, Xing-Zheng Wu
2017 Asia / CJK symposium on Analytical Sciences 2017.9
Real-time in-situ monitoring of materials movements at a vicinity of an aquatic plant by deflection of a probe beam
Xing-Zheng Wu, Xiaoyan Wu
Pittcon 2017 2390-5P 2017.3
1. Real-time in-situ Simultaneous Monitoring of Dissolved Oxygen and Materials Movements at a Vicinity of Micrometers from an Aquatic Plant by Combining Deflection of a Probe Beam and Fluorescence Quenching Reviewed
ing-Zheng Wu,* Xiaoyan Wu, and Tomomi Inoue
Anal. Sci., 33, 351-355 (2017) 33 ( 3 ) 351 - 355 2017.3
Study on gold nanoparticles-protein interaction by absorbance and fluorescence methods
Xin Qiao、Nobuyoshi Miyamoto、Xingzheng Wu
2015 International Chemical Congress of Pacific Basin Societies (Pacifichem-2015) 2015.12
A novel optical detection system for monitoring dissolved oxygen quenched-fluorescence and materials movements caused-deflection in plant activities
Xiaoyan Wu, Tomomi Inoue, Xing-Zheng Wu
2015 International Chemical Congress of Pacific Basin Societies (Pacifichem-2015) 2015.12
Comparative Studies on Effects of Acid Solutions on Aquatic Plants by Beam Deflection and Absorbance Spectroscopy Methods Reviewed
Xing-Zheng Wu, Liangjiao Nie, and Tomomi Inoue
Anal. Sci. 31 837 - 840 2015.8
Comparative Studies of Effects of Acid Rains on Aquatic Plants by Beam Deflection and Absorbance Spectroscopy Methods
Liangjiao Nie, Tomomi Inoue, Xing-Zheng Wu
Pittcon 2015 2015.3
Optical Beam Deflection Method for Monitoring Materials Movements across a Plant Surface
Xiaoyan Wu, Tomomi Inoue, Xing-Zheng Wu
Proceedings of the 2014 FIT-NUST Joint Seminar for Double Degree Students 1409 2014.11
1. Real-time Noninvasive Monitoring of UV Light-induced Cell Death by the Deflection of a Probe Beam Reviewed
Xing-Zheng Wu, Tomohisa Kato, and Satoshi Terada
Anal. Sci. 30 1023 - 1025 2014.10
Effects of Acid Rains on Aquatic Plants Studied by Beam Deflection and Absorbance Spectroscopy Methods
Liangjiao Nie, Tomomi Inoue, Xing-Zheng Wu
2014 China-Japan-Korea Symposium on Analuytical Chemistry (keynote) 75 - 76 2014.8
Deflection method of a probe beam and its application in Hazard identification on a single cell level (invited)
Xing-Zheng Wu
Progress on Post-genome Technologies, proceedings of the 9th international forum on post-genome technologies (IFPT'9) 14 - 15 2013.11
Optical Beam Deflection Method Applied to Study the Effects of Acid Solutions on Plants
Liangjiao Nie, Mitsutoshi Kuboda, Tomomi Inoue, and Xing-Zheng Wu
2013 FIT-NUST Joint Seminar for Double Degree Students 2013.11
Optical Beam Deflection Method and Its Appliedcation in Studyies ofthe Effects of Acid Solutions on Plants
Liangjiao Nie, Mitsutoshi Kuboda, Tomomi Inoue, and Xing-Zheng Wu
ICEAST-2013 2013.9
Study of protein-protein interactions by capillary electrophoresis with UV absorbance and laser-induced fluorescence detetions
Saaya Minematsu, Xing-Zheng Wu
2013 CJK Symposium, The 10th China-Japan-Korea Symposium on Analytical Chemistry, ASIANALYSIS XII, The twelfth Asian Conference on Analytical Science 73 2013.8
Optical beam deflection approach for studying effects of acid rain on plants
Xing-Zheng Wu
Pittcon 2013 final program 92 2013.3
Effect of acid solutions on plants studied by the optical beam deflection method Reviewed
Liangjiao Nie, Mitsutoshi Kuboda, Tomomi Inoue, Xing-Zheng Wu
Journal of Environmental Sciences 2013
Direct Sampling in Air of Capillary Electrophoresis Reviewed
Saaya Minematsu, Xing-Zheng WU
Anal. Sci. 2013
Determination of vanillin in vanilla perfumes and air by capillary electrophoresis Reviewed
Saaya Minematsu, Guang-Shan Xuan, Xing-Zheng Wu
J. of Environ. Sci. 25(suppl) S8-S14 2013
Development of a noninvasive analytical method for a single cell and a plant with a probe beam (keynote)
wu xing-zheng
Sendai Symposium on Analytical Sciences 50 2012.11
Optical Beam Deflection Approach for Studying a Single Cell and a Plant (Invited speaker)
Xing-Zheng Wu
The 6th Shanghai International Symposium on Analytical Chemistry 98 2012.10
Effect of acid rain on a plant studied by optical beam deflection
Liangjiao Nie, Mitsutoshi Kubota, China Miyamoto, Tomomi Inoue, Xing-Zheng Wu
ISEET-2012, the 5th International Symposium on Environmental Economy and Technology ( K-A3-No.032 ) 2012.8
Determination of vanillin in vanilla perfumes and air by capillary electrophoresis
Saaya Minematsu, Guang-Shan Xuan, Xing-Zheng WU
ISEET-2012, the 5th international symposium on environmental economy and technology ( O-C5-No.031 ) 2012.8
キャピラリー電気泳動法による牛乳中のメラミン分析のための簡易試料前処理法の開発 Reviewed
加藤 雄一、呉 行正
分析化学 61 ( 5 ) 419 - 423 2012.5
Ti/SnO2.Sb2O5.RuO2/α-PbO2/β-PbO2electrodes for pollutants degradation Reviewed
Yinghan Zheng, Wenqiu Su, Shengying Chen, Xing-Zheng Wu, Xueming Chen
Chemical Engineering Journal 174 ( 1 ) 304 - 309 2011.10
A noninvasive analytical method for a single cell with a probe beam (invited lecture)
Xing-Zheng Wu, Satoshi Terada
ASIANALYSIS XI, the 11th Asian Conference on Analytical Sciences 2011.8
Comparison of Chemiluminescence from Luminol Solution and Luminol–TiO2 Suspension after Illumination of a 355 nm Pulse Laser Reviewed
Lingyue Min, Xueming Chen, and Xing-Zheng Wu*
Luminescence 25 ( 5 ) 355 - 359 2010.5
6. Antimony and cerium co-doped tin oxide electrodes for pollutant degradation Reviewed
Xueming Chen, Peidong Yao, DahuiWang, Xing-ZhengWu
Chemical Engineering Journal 147 412 - 415 2009
1. Optical Sensing of Materials Movements Occurring at a Plant Surface with a Probe Beam Reviewed
Xing-Zheng Wu*, Nakaoka Toshiaki, Tomomi Inoue, Haruo Inoue
Sensors & Actuators: A. Physical. 155 ( 2 ) 241 - 245 2009
2. マイクロチップ電気泳動分析用の凸型鋳型ガラス基板の簡易作製 Reviewed
呉 行正*,後藤聡志,内山一美
分析化学 58 ( 10 ) 909 - 913 2009
4. Chemiluminescence from Luminol Solution after Illumination of a 355 nm-Pulse Laser Reviewed
Lingyue Min, Xing-Zheng Wu*
Luminescence 24 400 - 408 2009
5. Study of Protein-Protein Binding Reaction by Whole Column Fluorescence Imaged Capillary Isoelectric Focusing Reviewed
Xing-Zheng Wu*, Shinya Asai, Yoshie Yamaguchi
Electrophoresis 30 ( 9 ) 1552 - 1557 2009
9. キャピラリー電気泳動分析の新規キャピラリー内濃縮法の開発(総合論文) Reviewed
呉 行正
分析化学 57 77 - 90 2008
7. Dye-sensitized solar cell fabrication with hydrothermal synthesized TiO2 and evaluation the power generation efficiency Reviewed
T.Nakamura, H.Horikawa, M.Asahara, X.-Z.Wu, T.Ogihara
Electroceramics in Japan 11 293 - 296 2008
8. ポリエステル繊維の難燃加工処理廃水中の難燃剤ヘキサブロモシクロドデカンのγ線照射分解 Reviewed
呉 行正*、鳥山 啓介、針井知明、加藤 由雄、谷口 哲雄
Radioisotopes 57 571 - 577 2008
15. Time-resolved Chemiluminescent Study of the TiO2 Photocatalytic Reaction and Its Induced Active Oxygen Species Reviewed
Lingyue Min, Xing-Zheng Wu*, Tetsuya Shimada, Haruo Inoue
Luminescence 22 105 - 112 2007
10. A Simple Transmitted Interference Method for Nano-volume Detection Reviewed
Cong Dai and Xing-Zheng Wu*
Chem. Lett. 36 1334 - 1335 2007
11. Hazard Identification on a Single Cell Level Using a Laser Beam Reviewed
Xing-Zheng Wu*, Tomohisa Kato, Yumiko Tsuji, Satoshi Terada
Anal. Chem. Insight 2 119 - 124 2007
On-capillary Chemiluminescence Detection for Capillary Electrophoresis with a Single Capillary Reviewed
heng-Jie ZHANG and Xing-Zheng WU*
Anal. Sci. 23 743 - 746 2007
13. Capillary Electrophoresis with In-capillary Solid Phase Extraction Sample Clean-up Reviewed
Luo-Hong Zhang, Xing-Zheng Wu*
Anal. Chem. 79 2562 - 2569 2007
14. Optical Beam Deflection Approach for Studying Ion-exchange Reactions Occurring at a Single Ion-exchange Resin Particle Reviewed
Xing-Zheng Wu*, Yumiko Tsuji, Norio Teramae,
Reactive and Functional Polymers 67 113 - 119 2007
18. In-capillary Solid Phase Extraction-Capillary Electrophoresis for the Determination of chlorophenols in Water Reviewed
Luo-Hong Zhang, Cheng-Jie Zhang, Xueming Chen, Yu-Qi Feng, Xing-Zheng Wu*
Electrophoresis 27 3224 - 3232 2006
16. Isoelectric Focusing Sample Injection for Capillary Zone Electrophoresis in a Fused Silica Capillary Reviewed
Luo-Zhong Zhang, Cheng-Jie Zhang, Xing-Zheng Wu*
Anal. Sci. 22 2006
17. Electrode properties of dye-sensitized solar cell using ruthenium complex/titania nano crystal Reviewed
H.Horikawa, T.Ogihara, N.Ogata, M.Asahara, Xing-Zheng.Wu
Electroceramics in Japan 9 231 - 234 2006
25. Isoelectric Focusing Sample Injection for Capillary Electrophoresis of Proteins Reviewed
Xing-Zheng Wu*, Luo-Hong Zhang
Electrophoresis 26 563 - 570 2005
21. Gamma Ray-induced Reduction and Removal of Heavy Metal Ions in Aqueous Solutions Reviewed
Xing-Zheng Wu*, Takayuki Takami, Kenichi Somekawa, Sigeru Nishio
Radioisotopes 54 179 - 184 2005
22. In-Capillary Concentration for CE of Proteins with a Coated Porous Joint Reviewed
Xing-Zheng Wu*, Rui Umeda
Anal. Bioanal. Chem. 382 848 - 852 2005
23. Time-resolved Chemiluminescence of Luminol Induced by TiO2 Photocatalytic Reaction Reviewed
Xing-Zheng Wu*, Keiko Akiyama, Lingyue Min
Bull. Chem. Soc. Jpn 78 1149 - 1153 2005
24. Chemiluminescent Study of Active Oxygen Species Produced by TiO2 Photocatalytic Reaction Reviewed
Xing-Zheng. Wu*, L. Min, K. Akiyama
Luminescence 20 36 - 40 2005
20. Whole Column Imaging Detection Techniques and Their Analytical Applications Reviewed
Xing-Zheng Wu,* Tiemin Huang, Zhen Liu, and Janusz Pawliszyn
Trends in Analytical Chemistry 24 369 - 382 2005
19. Noninvasive Diagnosis of a Single Cell with a Probe Beam Reviewed
Xing-Zheng Wu*, Satoshi Terada
Biotechnology Progress 21 1772 - 1774 2005
26. Whole Column Fluorescence Imaged Capillary Electrophoresis Reviewed
Xing-Zheng Wu, Janusz Pawliszyn
Electrophoresis 25 3820 - 3824 2004
30. Time-resolved Chemiluminescence Study of Photocatalytic Reaction of TiO2 Reviewed
Xing-Zheng Wu*, and Keiko Akiyama
Chem. Lett. 2003 1108 - 1109 2003
28. New Approaches of Sample Preparation for Capillary Electrophoresis Reviewed
Xing-Zheng Wu*
Trends in Analytical Chemistry 22 48 - 58 2003
29. Capillary Electrophoresis of Small Anions in Complex Samples with a Hollow Fiber Sampling Inlet End Reviewed
Xing-Zheng Wu*, Kasanori Kasashima, and Masahiko Sakai
Anal. Sci., 19 1541 - 1543 2003
33. Whole Column Imaging Capillary Electrophoresis of Proteins with a Short Capillary Reviewed
Xing-Zheng Wu, Janusz Pawliszyn
Electrophoresis 23 542 - 549 2002
31. Radiolytic Degradation of Chlorinated Hydrocarbon in Water Reviewed
Xing-Zheng Wu*, Takeshi Yamamoto, Masanori Hatashita,
Bull. Chem. Soc. Jpn. 2527 - 2532 2002
32. Microfabrication of Microfluidic Device for Isoelectric Electric Focusing Reviewed
Tiemin Huang, Peter Ertl, Xing-Zheng Wu, Susan Mikkelsen, Janusz Pawliszyn
Sensors and Materials 14 141 - 149 2002
38. Miniaturization of Capillary Isoelectric Focusing Reviewed
Xing-Zheng Wu*, Newman S-K. Sze, Janusz Pawliszyn,
Electrophoresis 22 3968 - 3971 2001
34. Chromatographic Study of Gamma-ray Irradiated Degradation of Chlorinated Hydrocarbon in Water Reviewed
Masanori Hatashita, Takeshi Yamamoto, Xing-Zheng Wu*
Aanl. Sci. 17, Suppl. i123-i1625 2001
35. A Laboratory-Scale Apparatus for Studying Gamma-Ray Irradiated Carbon Dioxide in Carbon Dioxide-Water Systems Reviewed
Xing-Zheng Wu*, Masanori Hatashita, Yuji Enokido, Hidetake Kakihana
Aanl. Sci. 17, Suppl. i1725-i1728 2001
36. Determination of Isoelectric Point and Investigation of Immunoreaction in Peanut Allergenic Proteins-Rabbit IgG Antibody System by Whole Column Imaged Capillary Isoelectric Focusing Reviewed
Xing-Zheng Wu, Tiemin Huang, Wayne M. Mullett, Jupiter M. Yeung, Janusz Pawliszyn
J. Microcol. Sep., 13 322 - 326 2001
37. Application of Whole Column Imaging Capillary Isoelectric Focusing in Study of Protein-Protein interaction Reviewed
Xing-Zheng Wu*, Janusz Pawliszyn
Aanl. Sci. 17, Suppl. i189-i192 2001
42. An improvement of the On-line Electrophoretic Concentration Method for Capillary Electrophoresis of Proteins and Experimental Factors Affecting the Concentration Effect Reviewed
Xing-Zheng Wu*, Takanori Kasashima
Anal. Sci. 16 329 - 331 2000
39. Capillary Isoelectric Focusing without Carrier Ampholytes Reviewed
Tiemin Huang, Xing-Zheng Wu, Janusz Pawliszyn
Anal. Chem. 72 4758 - 4761 2000
40. Reduction of Carbon Dioxide in Ray Irradiated Carbon Dioxide:Water System Containing Cu2+ and SO32- Reviewed
Xing-Zheng Wu*, Masanori Hatashita, Yuji Enokido, and Hidetake Kakihana
Chem. Lett. 2000 572 - 573 2000
41. Chemiluminescence on a Microchip Reviewed
Xing-Zheng Wu*, Mari Suzuki, Tsuguo Sawada, Takehiko Kitamori
Anal. Sci. 16 321 - 323 2000
43. Determination of Chromium(Ⅵ) with Diantipyryl-(p-N,N-dimethylamino)-phenylmethane by Flow Injection Analysis with On-line Microwave Irradiation Reviewed
Hui Zhao, Yanqiao Xiang, Xingguo Chen, Zhide Hu, Xing-Zheng Wu, Yukio Nagaosa
Anal. Sci. 15 1129 - 1132 1999
46. 微小電極近傍での濃度勾配によるビーム偏向信号の測定 Reviewed
呉 行正*,山口 守,永長幸雄
分析化学 47 381 - 385 1998
44. Open-ended Photoacoustic Cells: Application to Two-Layer Samples Using Laser-Induced Photoacoustics Reviewed
Katsumi Uchiyama, Koji Yoshida, Xing-Zheng Wu, and Toshiyuki Hobo
Anal. Chem. 70 651 - 657 1998
45. An On-line Electrophoretic Concentration Method for Capillary Electrophoresis of Proteins Reviewed
Xing-Zheng Wu*, Akihiko Hosaka, Toshiyuki Hobo
Anal. Chem. 70 2081 - 2084 1998
49. Capillary Eectrochromatographic Separation of Amino acid Enantiomers with Molecularly Imprinted Polymers as Chiral Recognition Agents Reviewed
Jin-Ming Lin, Tstsuro Nakagama, Xing-Zheng Wu, Katsumi Uchiyama, Toshiyuki Hobo
Fresenius's J. Anal. Chem 357 130 - 132 1997
47. 光開始化学発光系の時間分解化学発光測定 Reviewed
呉 行正*, 中山 敬, 内山一美, 保母敏行
日本化学会誌(化学と工業化学) 12 899 - 901 1997
48. Noncontact and Noninvasive Monitoring of Gas Diffusion from Aqueous Solution to Aprotic Solvent Using Optical Beam Deflection Method Reviewed
Xing-Zheng WU*, Tatsuya Morikawa, Katsumi Uchiyama, Toshiyuki Hobo
J. Phys. Chem.B 101 1520 - 1523 1997
54. Separation and Determination of Some Stereoisomer by Capillary Gel Electrophoresis with Cyclodextrin Incorporated in Polyacrylamide Gel Reviewed
Jin-Ming Lin, Tatsuro Nakagama, Hitoshi Okazawa, Xing-Zheng Wu, and Toshiyuki Hobo
Fresenius's J. Anal. Chem 354 451 - 454 1996
50. Several Factors Affecting the Detection Sensitivity of the Reaction Heat-induced Optical Beam Deflection Method Reviewed
Xing-Zheng Wu*, Katsumi Uchiyama, Toshiyuki Hobo
Bull. Chem. Soc. Jpn. 69 3423 - 3428 1996
51. Measurement of a Two Layer Sample Using Pseudo Pulse Excited Photoacoustic Spectrometry Reviewed
Katsumi Uchiyama, Xing-Zheng Wu, Toshiyuki Hobo, Jynya Sato, Kazuo Imaeda, Keiko Ohsawa
Anal. Lett. 29 2541 - 2548 1996
52. Real Time One Dimensional Imaging for Reaction Heat-Induced Optical Beam Deflection Reviewed
Xing-Zheng Wu*, Uchiyama Katusmi, Toshiyuki Hobo
Anal. Lett. 29 1993 - 1999 1996
53. 反応熱によるプローブ光の偏向を利用する新規化学計測法(総合論文) Reviewed
呉 行正*
分析化学 45 55 - 64 1996
56. Sensitivity Enhancement Effect in Off-column Detection for Capillary Electrophoresis Reviewed
Xing-Zheng Wu*, Akihiko Hosaka, Eigo Kobayashi, Toshiyuki Hobo
J. Chromatrogr. A 726 205 - 210 1996
55. Detection Method Based on Surface Plasmon Resonance and Its application to Flow Injection Analysis and Liquid Chromatography Reviewed
Xing-Zheng Wu*, Tiaki Nagamori, Katsumi Uchiyama, Toshiyuki Hobo
Bull. Chem. Soc. Jpn. 69 1969 - 1974 1996
60. 半導体光触媒による有機過酸化物生成を利用する鉄(II)の選択的化学発光分析 Reviewed
槙田裕司、中釜達郎、呉 行正、保母敏行
分析化学 44 457 - 464 1995
57. Fluorescence Imaging Detection for Capillary Isoelectric Focusing Reviewed
Xing-Zheng Wu, Giaqi Wu, Janusz Pawliszyn
Electrophoresis 16 1474 - 1478 1995
58. Monitoring and Analyzing of a Chemical Reaction Process Using Optical Beam Deflection Induced by the Chemical Reaction Heat Reviewed
Xing-Zheng Wu*, Toshiyuki Hobo
Anal. Chim. Acta 316 111 - 115 1995
59. Thermooptical Flow Injection Determination for Hydrogen Peroxide Based on an Enzyme Reaction Heat-induced Optical Beam Deflection Reviewed
Xing-Zheng Wu*, Hiroaki Shindoh, Toshiyuki Hobo,
Anal. Chim. Acta. 299 333 - 336 1995
63. キャピラリー電気泳動分析のための電気浸透流による試量の吸引注入法 Reviewed
呉 行正*、佐々木幸司、小林英吾、保母敏行
分析化学 49 609 - 613 1994
61. Development of a Novel Detector for Flow Injection Analysis Based on the Optical Beam Deflection Induced by Reaction Heat Reviewed
Xing-Zheng Wu*, Hiroaki Shindoh, Masaaki Yamada, Eigo Kobayashi, Toshiyuki Hobo
Anal. Sci. 10 203 - 205 1994
62. A Novel Thermooptical Detection Method for Enzyme Reaction Based on the Optical Beam Deflection Induced by Reaction Heat Reviewed
Xing-Zheng Wu*, Hiroaki Shindoh, Toshiyuki Hobo
Microchem. J. 49 213 - 219 1994
64. Optical Beam Deflection Induced by Enthalpy of a Chemical Reaction and Its Analytical Application Reviewed
Xing-Zheng Wu*, Hiroaki Shindoh, Masaaki Yamada, Toshiyuki Hobo
Anal. Chem. 65 834 - 836 1993
65. Monitoring of Ion Diffusion in Langmuir-Blodgett Multilayers by a Variable Observation Angle Fluorescence Spectroscopy Reviewed
Xing-Zheng Wu, Takehiko Kitamori, Tsuguo Sawada
J. Phys. Chem. 96 9406 - 9410 1992
68. Depth Profiling of Ultra Thin Film Using Laser Induced Fluorescence Spectroscopy under Normal Incidence Conditions Based on the Reciprocal Principle Reviewed
Xing-Zheng Wu, Takehiko Kitamori, Norio Teramae, Tsuguo Sawada
Bull. Chem. Soc. Jpn. 64 755 - 759 1991
66. Surface and Sub-surface Fluorometry under Normal Incidence Conditions Reviewed
Xing-Zheng Wu, Takehiko Kitamori, Norio Teramae, Tsuguo Sawada
Bull. Chem. Soc. Jpn. 64 2710 - 2713 1991
67. Monolayer Level Depth Profiling Using Laser Induced Fluorescence Spectroscopy Reviewed
Xing-Zheng Wu, Takehiko Kitamori, Norio Teramae, Tsuguo Sawada
Bull. Chem. Soc. Jpn. 64 1762 - 1767 1991
★✩Active Ingredients from Aromatic and Medicinal Plants✩★ (Chapter 15 : Vanillin and Its Detection in Air)
book edited by Hany A. El-Shemy ( Chapter By Saaya Minematsu and Xing-Zheng Wu)
Published: IN TECH 2017.3
レーザー分光分析(第6章、レーザー誘起蛍光法の応用、分担執筆)
原田 明・澤田嗣郎編
丸善株式会社 2009
原子力百科辞典ATOMICA(「環境負荷化合物の低減における放射線の利用」
呉 行正
文部科学省所管のネットデータベース, http://mext-atm.jst.go.jp/atomica/list2.html 2006
3. Methods in Molecular Biology, vol. 276: Capillary Electrophoresis of Proteins and Peptides (chapter 12: Analysis of proteins by CE, CIEF and microfluidic devices with whole column imaging detection,pp229-252)
Jiaqi Wu, Xing-Zheng Wu, and Tiemin Huang, and Janusz Pawliszyn
Edited by Mark A. Strege and Eli Lilly, Humana Press Inc., Totowa, NJ. 2004
2. Wilson & Wilson’s Comprehensive Analtytical Chemistry, XXXVII, Sampling and Sampling Preparation Techniques for Field and Laboratory, (Chapter 29, Sample Cleanup and Concentration Techniques for Capillary Electrophoresis)
Xing-Zheng Wu
Edited by Janusz Pawliszyn, Elsevier Science 2002
A century of separation science (Chapter 35: Whole column imaging detection for capillary isoelectric focusing)
Xing-Zheng Wu, Jiaqi Wu, Janusz Pawliszyn
Edited by Haleem J. Issaq, Marcel Dekker, Inc., 2002
水生植物近傍の溶存酸素のリアルタイムモニタリング
呉 行正、田村 圭祐
福岡工業大学総合研究機構研究所所報 2 59 - 62 2020.2
Real-time monitoring of dissolved oxygen quenched fluorescence and materials movements induced beam deflection at a vicinity of an aqueous plants
Xiaoyan Wu, Luowei Huang, Xing-Zheng WU
福岡工業大学エレクトロニクス研究所所報 34 17 - 21 2017.10
Real-time fluorescent monitoring of dissolved oxygen movemnents in a vicinity of a plant
Xiaoyan Wu, Tomomi Inoue, Xing-Zheng Wu
福岡工業大学エレクトロニクス研究所所報 32 37 - 41 2015.10
2. ビーム偏向法による酸性溶液の植物への影響の検討
呉 行正, 聶 良橋、井上 智美
福岡工業大学エレクトロニクス研究所所報 31 35 - 37 2014.10
プローブ光の偏向を利用した植物体表面での物質輸送の新規計測法の開発
呉 行正、聶 良嬌、小池浩暢、井上智美
福岡工業大学環境科学研究所所報 7 15 - 18 2013.10
植物体表面における物質輸送のビーム偏向計測法の開発
聶 良嬌、小池浩暢、井上智美、呉 行正
環境科学研究所環境研究発表 2013.3
Measurements of heavy metal stress in aquatic plants by dissolved oxygen-quenched fluorescence / Materials movement-induced beam deflection International conference
Xing-Zheng Wu, Kansuk Patthamawan, Yosuke Okuhata
ACS Spring 2024 2024.3 America Chemical Society
Laser Induced Breakdown Particle Counting in Protein Therapeutics Invited International coauthorship
Meng Li, Xing-Zheng Wu
2023.9
蛍光消光/プローブ光の偏向を利用した植物の新規計測法の開発
奥畑 陽介, 呉 行正
日本分析化学会第72年会 2023.9 日本分析化学会
蛍光消光/ビーム偏向法による植物の重金属ストレスの研究
塗 詩豪, 呉 行正
日本分析化学会第72年会 2023.9 日本分析化学会
ビーム偏向/蛍光消光法による水草表面近傍の物質輸送過程のin situ測定
呉 行正
水草研究会第45回全国集会 2023.8 水草研究会
植物の環境ストレスの新規リアルタイム計測法の開発
呉 行正
超異分野学会 大阪大会2023 2023.8
プローブ光の偏向/蛍光消光法による植物の非生物的環境ストレスの新規計測法の開発
Kansuk Patthamawan, 呉 行正
第83回分析化学討論会 2023.5 日本分析化学会
蛍光及びプローブ光の偏向を利用した植物の新規in-situリアルタイム計測法の開発
黄洛偉、呉行正
日本分析化学会第67年会
フラックス法によるYAG:Ceの合成とその評価
原田雅章、呉行正
日本分析化学会第67年会
ビーム偏向法と蛍光法を利用した水草のリアルタイム計測
黄 洛玮、井上 智美、呉 行正
第77回分析化学討論会
Real-time in-situ Simultaneous Monitoring of Dissolved Oxygen and Materials Movements at a Vicinity an Aquatic Plant by Probe Beam Deflection and Fluorescence Quenching
HUANG, Luowei; INOUE, Tomomi; WU, Xing-zheng
日本化学会第97春季年会
水草近傍の物質輸送過程の蛍光法及び偏向法による同時real-timeモニタリング
Wu Xiaoyan、井上 智美、呉 行正
日本分析化学会第65年会
An Optical Detection System Making Using of Beam Deflection and Fluorescence for Monitoring Materials Movements across Aquatic Plant Surface
黄 洛緯、井上 智美、呉 行正
日本化学会第65年会
Spectroscopic study of gold nanoparticles- protein mixture solutions
XIN QIAO ・ NOBUYOSHI MIYAMOTO ・ XINGZHENG WU
日本分析化学会第64年会・第2回アジア分析科学シンポジウム
Combination of fluorescence and beam deflection method for monitoring materials movements across a plant surface
Xiaoyan Wu, Hironari Kubo, Tomomi Inoue, Xing-Zheng Wu
日本分析化学会第64年会・第2回アジア分析科学シンポジウム
A Novel Optical Detection System Making Using of Fluorescence and Beam Deflection for Monitoring Materials Movements across a Plant Surface
伍 暁燕、井上智美、呉 行正
日本分析化学会第63年会講演プログラム集
吸光光度法と蛍光法による金ナノ粒子とタンパク質との相互作用の研究
Qiao,Xin、呉 行正
日本分析化学会第63年会講演プログラム集
ビーム偏向法と吸光光度法による酸性雨の水草への影響の検討
聶 良嬌、井上智美、呉 行正
第74回分析化学討論会講演プログラム集
プローブ光の偏向法および吸光光度法による酸の植物への影響の研究
聶 良嬌、井上智美、呉 行正
日本分析化学会第62年回要旨集
キャピラリー電気泳動法によるタンパク質とタンパク質の相互作用の研究
峰松沙彩、呉 行正
日本分析化学会第62年会要旨集
Study on Effects of Acid Solutions on Plants by Deflection Method of a Probe Beam and Absorbance Spectroscopy
聶 良嬌、井上 智美、呉 行正
第73回分析化学討論会要旨集
キャピラリー電気泳動―レーザー蛍光検出によるタンパク質とタンパク質との相互作用の研究
峰松 沙綾、呉 行正
第73回分析化学討論会要旨集
キャピラリー電気泳動法による空気中のバニリンの直接測定
峰松沙綾、呉 行正
第32回キャピラリー電気泳動シンポジウム要旨集
プローブ光の偏向を利用した植物の酸性雨による影響の研究
聶 良嬌、井上智美、呉 行正
日本分析化学会第61年会講演要旨集
キャピラリー電気泳動法による香水バニラ中のバニリンの測定
峰松沙綾、呉 行正
第72回分析化学討論会講演要旨集
キャピラリー電気泳動法による糖類化合物の分析
玄 光善、三田 肇、呉 行正
第72回分析化学討論会講演要旨集
キャピラリー電気泳動分析による牛乳中のメラミンの測定
加藤 雄一、呉 行正
日本化学会第92春季年会
ビーム偏向法を利用した植物の光合成過程の新規計測法の開発
呉 行正、中岡 俊景、 井上智美
日本分析化学会第60年会講演要旨集
A noninvasive analytical method for a single cell with a probe beam International conference
Xing-Zheng Wu, Satoshi Terada
The 11th Asian Conference on Analytical Science
ルミノール化学発光法による細胞中の過酸化水素の測定
酒井香子、荒井敦子、寺田聡、呉 行正
日本分析化学会第60年会
ビーム偏向法を利用した植物の光合成過程の新規計測法の開発
呉 行正、中岡俊景、井上智美
日本分析化学会第60年会
ルミノール化学発光法による細胞中の過酸化水素の測定
酒井 香子、荒井 敦子、寺田 聡、呉 行正
日本分析化学会第60年会講演要旨集
Time-resolved Chemiluminescent Detection of Active Oxygen Species in the TiO2 Photocatalytic Reaction International conference
Lingyue Min, Xing-Zheng Wu
Pittcon 2011 Conference and Exposition
Noninvasive diagnosis of a single dead/alive cell and hazard identification on a single cell level using a laser beam International conference
Xing-Zheng Wu, Satoshi Terada
BIT's 3rd Annual World Congress of Regenerative Medicine & Stem Cells 2010
ビーム偏向法による細胞の計測
宮本知奈、呉 行正
第6回ワークショップ 水を電子源とする人工光合成システムの構築
ルミノール化学発光法による細胞中の過酸化水素の測定
荒井 敦子、呉 行正
第6回ワークショップ 水を電子源とする人工光合成システムの構築
超異分野学会東京大会2022 農林水産研究センター賞
2022.3 株式会社リバネス 食料確保・増産に資する植物の非生物的環境ストレスの新規リアルタイム計測法の開発
呉 行正
植物体表面における物質輸送のビーム偏向・蛍光・吸光度リアルタイム計測法の開発
2014
科研費 基盤研究(c)
Authorship:Principal investigator Grant type:Competitive
植物体表面における物質輸送のビーム偏向・蛍光・吸光度リアルタイム計測法の開発
2013
科研費 基盤研究(c)
Authorship:Principal investigator Grant type:Competitive
植物体表面における物質輸送のビーム偏向・蛍光・吸光度リアルタイム計測法の開発
2012
科研費 基盤研究(C)
Authorship:Principal investigator Grant type:Competitive
プローブ光の偏向と電気泳動法を用いた、単一細胞レベルでの酸化ストレスの計測
2011
科研費 基盤研究(c)
Authorship:Principal investigator Grant type:Competitive
Grant amount:\1235000
プローブ光の偏向と電気泳動法を用いた、単一細胞レベルでの酸化ストレスの計測
2010
科研費 基盤研究(c)
Authorship:Principal investigator Grant type:Competitive
Grant amount:\1170000
光触媒機能の分子評価
2010
その他補助金 JST委託研究
Authorship:Principal investigator Grant type:Competitive
Grant amount:\1950000
プローブ光の偏向と電気泳動法を用いた、単一細胞レベルでの酸化ストレスの計測
2009
科研費 基盤研究(c)
Authorship:Principal investigator Grant type:Competitive
Grant amount:\2470000
光触媒機能の分子評価
2009
その他補助金 JST委託研究
Authorship:Principal investigator Grant type:Competitive
Grant amount:\4550000
プローブ光の偏向を利用した化学物質の細胞への毒性の迅速判定技術の確立
2008
科研費 基盤研究(c)
Authorship:Principal investigator Grant type:Competitive
Grant amount:\1560000
光触媒機能の分子評価
2008
その他補助金 JST委託研究
Authorship:Principal investigator Grant type:Competitive
Grant amount:\3380000
プローブ光の偏向を利用した化学物質の細胞への毒性の迅速判定技術の確立
2007
科研費 基盤研究(c)
Authorship:Principal investigator Grant type:Competitive
Grant amount:\3120000
光触媒機能の分子評価
2007
その他補助金 JST委託研究
Authorship:Principal investigator Grant type:Competitive
Grant amount:\3380000
プローブ光の偏向を利用する単一細胞の無損傷、非侵襲的な生死判定法の開発
2006
科研費 基盤研究(c)
Authorship:Principal investigator Grant type:Competitive
Grant amount:\1430000
光触媒機能の分子評価
2006
その他補助金 JST委託研究
Authorship:Principal investigator Grant type:Competitive
Grant amount:\3380000
化学物質の細胞への毒性及び細胞の生死を直接判定できる光偏向技術の確立
2006
その他補助金 JST委託研究
Authorship:Principal investigator Grant type:Competitive
Grant amount:\1940000
プローブ光の偏向を利用する単一細胞の無損傷、非侵襲的な生死判定法の開発
2005
科研費 基盤研究(c)
Authorship:Principal investigator Grant type:Competitive
Grant amount:\3250000
光触媒機能の分子評価
2005
その他補助金 JST委託研究
Authorship:Principal investigator Grant type:Competitive
Grant amount:\1690000
光触媒反応及びそれに由来する短寿命活性酸素の時間分解化学発光測定
2004
科研費 特定領域(2)
Authorship:Principal investigator Grant type:Competitive
Grant amount:\2340000
光触媒反応及びそれに由来する短寿命活性酸素の時間分解化学発光測定
2003
科研費 特定領域(2)
Authorship:Principal investigator Grant type:Competitive
Grant amount:\2900000
ビーム偏向法とキャピラリー電気泳動分析による細胞死関連物質輸送の新しい測定法
2003
科研費 萌芽研究
Authorship:Principal investigator Grant type:Competitive
Grant amount:\500000
ビーム偏向法とキャピラリー電気泳動分析による細胞死関連物質輸送の新しい測定法
2002
科研費 萌芽研究
Authorship:Principal investigator Grant type:Competitive
Grant amount:\2500000
プローブ光の偏向を利用する界面現象の一次元計測法の開発
1995
科研費 基盤研究(c)
Authorship:Coinvestigator(s) Grant type:Competitive
Grant amount:\500000
プローブ光の偏向を利用する界面現象の一次元計測法の開発
1994
科研費 基盤研究(c)
Authorship:Principal investigator Grant type:Competitive
Grant amount:\1900000
反応熱による光の偏向を利用する酵素反応の局所的な非接触in-situ計測法の開発
1993
科研費 奨励研究
Authorship:Principal investigator Grant type:Competitive
Grant amount:\900000
化学反応熱によるプローブ光のビーム偏向効果の分析化学的研究
1992
科研費 奨励研究
Authorship:Principal investigator Grant type:Competitive
Grant amount:\800000
2023 Experiments of Chemistry
2023 Introduction to Life, Environment and Applied Chemistry
2023 Environmental Analytical Chemistry
2023 Experiments of Instrumental Analytical
2023 Analytical Chemistry
2023 Engineering English
2023 Seminar Ⅰ for life environment and
2023 Seminar Ⅱ for life environment and
2023 Graduation Study
2023 Advanced Applied Chemistry
2023 Research Study for Master's Thesis in
2022 Advanced exercise of life environment
2022 Experiments of Instrumental Analytical
2022 Advanced experiments Ⅰ of life
2022 Advanced experiments Ⅱ of life
2022 Analytical Chemistry
2022 Environmental Analytical Chemistry
2022 Engineering English
2022 Seminar Ⅰ for life environment and
2022 Seminar Ⅱ for life environment and
2022 Graduation Study
2022 Training for International Conference
2022 Practices for Writing English Papers
2022 Environmental Material Science
2021 Advanced exercise of life environment
2021 Experiments of Instrumental Analytical
2021 Analytical Chemistry
2021 Advanced experiments Ⅰ of life
2021 Environmental Analytical Chemistry
2021 Advanced experiments Ⅱ of life
2021 Seminar Ⅰ for life environment and
2021 Seminar Ⅱ for life environment and
2021 Graduation Study
2021 Practices for Writing English Papers
2021 Advanced Applied Chemistry
2021 Training for International Conference
2021 Research Study for Master's Thesis in
2020 Analytical Chemistry
2020 Advanced experiments Ⅱ of life
2020 Experiments of Instrumental Analytical
2020 Environmental Analytical Chemistry
2020 Advanced experiments Ⅰ of life
2020 Seminar Ⅰ for life environment and
2020 Seminar Ⅱ for life environment and
2020 Graduation Study
2020 Environmental Material Science
2019 Advanced experiments Ⅱ of life
2019 Analytical Chemistry
2019 Advanced experiments Ⅰ of life
2019 Experiments of Instrumental Analytical
2019 Environmental Analytical Chemistry
2019 Seminar for Life and Environmental
2019 Seminar for Life and Environmental
2019 Graduation Study
2019 Practices for Writing English Papers
2019 Advanced Applied Chemistry
2019 Training for International Conference
2019 Research Study for Master's Thesis in
2018 Advanced exercise of life environment
2018 Analytical Chemistry
2018 Environmental Analytical Chemistry
2018 Experiments of Instrumental Analytical
2018 Advanced Experiments of Environmental
2018 Advanced Experiments of Environmental
2018 Seminar for Life and Environmental
2018 Seminar for Life and Environmental
2018 Graduation Study
2018 Practices for Writing English Papers
2018 Environmental Material Science
2017 Environmental Analytical Chemistry
2017 Experiments of Instrumental Analytical
2017 Advanced Experiments of Environmental
2017 Advanced Experiments of Environmental
2017 Analytical Chemistry
2017 Seminar for Life and Environmental
2017 Seminar for Life and Environmental
2017 Graduation Study
2017 Advanced Applied Chemistry
2017 Research Study for Master's Thesis in
2016 Environmental Analytical Chemistry
2016 Experiments of Instrumental Analytical
2016 Advanced Experiments of Environmental
2016 Analytical Chemistry
2016 Seminar for Life and Environmental
2016 Seminar for Life and Environmental
2016 Graduation Study
2016 Environmental Material Science
2016 Training for International Conference
日本分析化学会九州支部幹事
2014
日本分析化学会九州支部幹事
2011
分析化学
ASIANALYSIS XII
The 10th China-Japan-Korea Symposium on Analytical Chemistry
国際会議ISEET-2012(The 5th International Symposium on Environmental Economy and Technolog)のOrganizing committee