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Juliano Alves Bonacin

University of Campinas

Brazil

Research Interests

Articles (20)

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2026

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2023

Collaborators (3)

William de Araujo

Professor

University of Campinas

BRAZIL

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Emanuel Carrilho

Professor

University of Sao Paulo

BRAZIL

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Sylvio Barbon Junior

Associate Professor

University of Trieste

ITALY

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Juliano Alves Bonacin

Research Interests

Articles (20)

Benchmarking Faradaic Efficiency and O2 Quantification during Water Oxidation under Mild Conditions Using a 3D-Printed Cell and Clark Electrode

A Simplified Haber-Bosch Experiment for the Chemistry Laboratory: A Low-Cost Approach to Teaching Ammonia Synthesis and Green Hydrogen Concepts

Post-treatment of laser-induced graphene electrodes obtained from waste cork stoppers and evaluation for caffeic acid detection in red wine

Synergistic Charge Redistribution and Structural Evolution in Three-Dimensionally Printed Mn-Prussian Blue Analogue-Based Electrodes for Energy Storage

Enhanced Glycerol Electrooxidation using Pd:Ni Cyanogel-Derived Catalysts

Predicting Glycerol Electrochemical Oxidation Potentials Using Machine Learning

Advances and the growing role of additive manufacturing in the development of 3D-printed electrochemical sensors

Electrocatalytic Nitrate Reduction to Ammonia Using Co3O4 Nanowires Supported on TiO2/Ti

Electrochemical generation of unconventional cyanide vacancies to boost the catalytic performance of Co-Prussian Blue on oxygen evolution reaction under mild conditions

Unveiling Electrochemical Frontiers: Enhanced Hydrazine Sensing with Na3[Fe(CN)5(PZT)] Modified Electrodes

Properties Evaluation of Different Graphite Brands through the Development of Electrochemical Sensors for Phenolic Compounds Detection

Electrochemical Biosensors for the Detection of Viruses: Must-Have Products or Just Science for Publication?

Low-cost open-source potentiostats: A comprehensive review of DIY solutions and fundamental concepts of electronics and its integration with electrochemistry

Hydrogen production by 3D-printed electrodes

Correction to “Water Oxidation Performance Enhanced by Electrochemically Designed Vacancies on Prussian Blue Catalyst”

Co-Prussian blue analogue supported on graphene-based materials as an electrocatalyst for OER at neutral pH

Influence of the Substrate on the Performance of a Co-Prussian Blue Catalyst towards the Water Oxidation under Mild Conditions

3D‐printed amperometric sensor for the detection of ethanol in saliva

3D-printed immunosensor for the diagnosis of Parkinson's disease

Additive Manufacturing Sensor for Stress Biomarker Detection

Collaborators (3)

William de Araujo

Emanuel Carrilho

Sylvio Barbon Junior

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