Alumni
2023
| Undergraduate | Kazuma Matsunaga Impedance Analysis of electrical conductivity of porous membrane impregnated with hydrophobic ionic |
|---|---|
| Misaki Tsurumi Ammonia concentration detection by potentiometric measurement using electropolymerized polypyrrole membrane sensor |
|
| Honoka Hiranuma Analysis on ionic conductivity of porous films trapping hydrophobic ionic liquids |
2023 September
| Doctor’s degree | Shaimah Rinda Sari Carbon Nanomaterials-Based Electrochemical Sensors for Phosphate Ion and Amoxicillin Detections |
|---|---|
| Master’s degree | Chanifah Hidaya Development of Stick-Type Microbial Fuel Cell and Its Application for Practical Use |
2022
| Undergraduate | Harune Sakaguchi
Specific Behavior of Polybenzimidazole-Modified Carbon Nanotube Electrodes for Phosphate Ions |
|---|---|
| Shoichi Hirowatari
Electrode Reaction Behavior of NADH/NAD⁺ on poly-L-lysine-modified indium oxide electrode |
|
| Kazuma Yamamoto
Conductivity analysis of agar-derived solid electrolyte by impedance measurement |
2021
| Undergraduate | Yosyi Izzuddin Azhar Development of skin gas sensor using cellulose nanofiber platform electrode |
|---|---|
| Airi Sugita Impedance analysis of cellulose nanofiber sheet |
|
| Mai Nakamura Adsorption behavior of bio-related molecules on the CNF sheet |
2020
| Master’s degree | Shino Nakao Electrochemical catalytic oxygen reduction reaction of thermophile-derived multi-copper enzyme |
|---|---|
| Akihiro Tsukamoto AC impedance analysis of anode in “mud battery” utilizing microorganisms |
|
| Undergraduate | Yuko Iwanaga Fabrication of conductive CNF sheet and analysis by impedance method |
| Shiho Tamai Analysis of electrode reactions of multi-copper enzymes of different origins on gold electrodes |
|
| Yuya Ishikawa Electrochemical catalytic reduction reaction of CO2 with CuSe nanocatalyst |
|
| Takahito Kusaba Development of a cassette type “mud battery” that uses ingredients as a separator |
2020 September
| Master’s degree | Shaimah Rinda Sari An Electrochemical Sensor Based on Cobalt Nanoparticles for Phosphate Ion Detection |
|---|
2019
| Master’s degree | Kazufumi Kuwahara Fabrication of conductive CNF sheet and development in enzyme-catalyzed fuel cells |
|---|---|
| Undergraduate | Yuto Aishima Development of seawater-based “mud battery” using gas diffusion electrode |
| Kazushi Uesugi Synthesis of CuSe nanocatalyst and electrochemical reduction reaction of CO2 |
|
| Shigeru Narise Development of freshwater “mud battery” using gas diffusion electrode |
2018
| Master’s degree | Shumpei Ototani Analysis of power generation of “mud battery” using microorganisms and electron transfer reaction at anode |
|---|---|
| Takuya Takatori Development of nanocarbon oxygen-catalyzed reducing electrode |
|
| Motofumi Tsutsui Functionalization of electrode interface for high efficiency catalytic reaction |
|
| Undergraduate | Akihiro Tsukamoto Tantalum electrolytic oxidation in each acid solution |
| Shino Nakao Oxygen-catalyzed reduction reaction by nitrogen-containing carbon functional SWCNT electrode |
|
| Kanako Omura Surfactant modification effect on “mud battery” |
|
| Takaaki Yasunaga
Development of freshwater “mud battery” utilizing microorganisms |
2017
| Undergraduate | Shougo Miyata Development and performance evaluation of flow type “mud battery” |
|---|---|
| Kazufumi Kuwahara Development of high-performance biocathode by compositing nanocarbon |
|
| Hironori Mori Analysis of the electrochemical oxidation potential of carbon by the voltamogram method |
|
| Kazuki Kubota Effect of pH and salt concentration on power generation and microbial activity of “mud battery” |
2016
| Undergraduate | Shumpei Ototani Effect of external resistance on power generation of “mud battery” |
|---|---|
| Takuya Takatori Development of SWCNT-GO composite electrode aiming at cathode development of enzyme-catalyzed fuel cell |
|
| Motofumi Tsutsui Analysis of carbon electrode interface on biosurfactant modification |
