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Arikasuci Fitonna Ridassepri

Country of origin: Indonesia Currently in: Indonesia, Surabaya General field of specialization: Mathematical sciences
Academic Background

Degrees

2024 Doctorate Chemical Sciences
Research and Profession

Current Research Activities

Chemical Sciences

I am working on carbon-based materials as adsorbents, anode materials for LIB, and catalysts for CO reduction reactions. My current research concerns catalysts for CO reduction and anodes for LIBs based on theoretical calculations. The research achievements have been published in a reputational journal.


Publications resulting from Research: 


1. https://pubs.acs.org/doi/10.1021/acs.jpcc.4c01468
2. https://doi.org/10.33961/jecst.2024.00017
3. https://doi.org/10.5109/4068621



Current profession

Current professional activities type: 
Research
Teaching
My current activities are teaching and researching. The teaching courses are quantum chemistry, thermodynamics, and computational chemistry. The research includes theoretical calculations on carbon, especially fullerene, and graphene, as catalysts for CO reduction reactions, in addition to their application to the anode in batteries.

Workshop and Conference Attended

2019 Surakarta The 14th Joint Conference on Chemistry (International Conference)

Affiliations

The Japan Society of Vacuum and Surface Science

Presentation given

2019
Activated Carbon from Bagasse and its Application for water Vapor Adsorption
Surakarta
Event: The 14th Joint Conference on Chemistry (International Conference)
2019
Activated Carbon derived from Bagasse and its Application for Adsorbents.
Surakarta
Event: The 6th International Conference and Exhibition on Sustainable Energy and Advanced Materials (workshop session).
2020
Comparative Study of Meso-carbon Micro-beads and Activated Carbon Derived from Bagasse Waste as Anode Materials.
Yogyakarta, online.
Event: The 3rd International Conference on Chemical, Chemical Process and Engineering (IC3PE).
2021
Carbonaceous Material Derived from Bagasse-waste as Anode for Li-ion Batteries.
Tokyo
Event: The 3rd ASEAN UEC Workshop 2021. Tokyo. Japan. 2021.
2022
B-doped Fullerene as A Novel Monoatomic Catalyst Material for CO Reduction Reaction.
Sapporo
Event: The 22nd International Vacuum Congress (IVC) 2022
2023
B-doped fullerene: a high-performance electrocatalyst for the CO reduction reaction
Tokyo
Event: 31ST INTERNATIONAL COLLOQUIUM ON SCANNING PROBE MICROSCOPY (ICSPM31)

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