Ghent University Academic Bibliography

Your filters: cql: author="Verhelst, Marian" or (type any "bookEditor issueEditor" and editor="Verhelst, Marian")

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Low electrode potentials enhance current generation by Geobacter sulfurreducens biofilms : a high-throughput study

David Hernandez Villamor (UGent) , Peishuo Li, Musa Aydogan, Marian Verhelst, Tom Van de Wiele (UGent) , Korneel Rabaey (UGent) and Antonin Prévoteau (UGent)

(2025) BIOSENSORS & BIOELECTRONICS. 276.
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Low electrode potentials impact on Geobacter sulfurreducens growth : a high-throughput study

David Hernandez Villamor (UGent) , Peishuo Li, Musa Aydogan, Tom Van de Wiele (UGent) , Marian Verhelst, Korneel Rabaey (UGent) and Antonin Prévoteau (UGent)

(2024) XXVIII International Symposium on Bioelectrochemistry and Bioenergetics of the Bioelectrochemical Society (BES 2024), Abstracts.
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A 96-channel 40nm CMOS potentiostat for parallel experiments on microbial electrochemical systems

Peishuo Li, Tom R. Molderez, David Hernandez Villamor (UGent) , Antonin Prévoteau (UGent) and Marian Verhelst

(2023) IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS I-REGULAR PAPERS. 70(1). p.114-127
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Low electrode potentials increase conductivity and current production of Geobacter sulfurreducens biofilms

David Hernandez Villamor (UGent) , Peishuo Li, Musa Aydogan, Tom Van de Wiele (UGent) , Marian Verhelst, Korneel Rabaey (UGent) and Antonin Prévoteau (UGent)

(2023) EU-ISMET, International Society for Microbial Electrochemistry and Technology, 6th European Meeting, Abstracts.
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Hardware-aware mobile building block evaluation for computer vision

Maxim Bonnaerens, Matthias Freiberger (UGent) , Marian Verhelst and Joni Dambre (UGent)

(2022) APPLIED SCIENCES-BASEL. 12(24).
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A scalable 128-channel, time-multiplexed potentiostat for parallel electrochemical experiments

Tom R. Molderez, Korneel Rabaey (UGent) and Marian Verhelst

(2021) IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS I-REGULAR PAPERS. 68(3). p.1068-1079
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A chip-based 128-channel potentiostat for high-throughput studies of bioelectrochemical systems : optimal electrode potentials for anodic biofilms

Tom Molderez, Antonin Prévoteau (UGent) , Frederik Ceyssens, Marian Verhelst and Korneel Rabaey (UGent)

(2021) BIOSENSORS & BIOELECTRONICS. 174.
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An affordable multichannel potentiostat with 128 individual stimulation and sensing channels

Tom Molderez, Korneel Rabaey (UGent) and Marian Verhelst

(2020) 2020 IEEE International Instrumentation and Measurement Technology Conference (I2MTC).
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A four-quadrant switched capacitor DC-DC convertor enabling power-efficient lab-grade potentiostats

Matthias Swiggers, Tim Tielemans, Tom Molderez, Marian Verhelst and Filip Tavernier

(2020) 20TH IEEE MEDITERRANEAN ELETROTECHNICAL CONFERENCE (IEEE MELECON 2020). In IEEE Mediterranean Electrotechnical Conference p.658-664
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A current-driven six-channel potentiostat for rapid performance characterization of microbial electrolysis cells

Tom Molderez, Xu Zhang, Korneel Rabaey (UGent) and Marian Verhelst

(2019) IEEE TRANSACTIONS ON INSTRUMENTATION AND MEASUREMENT. 68(12). p.4694-4702

Academic Bibliography

Low electrode potentials enhance current generation by Geobacter sulfurreducens biofilms : a high-throughput study

Low electrode potentials impact on Geobacter sulfurreducens growth : a high-throughput study

A 96-channel 40nm CMOS potentiostat for parallel experiments on microbial electrochemical systems

Low electrode potentials increase conductivity and current production of Geobacter sulfurreducens biofilms

Hardware-aware mobile building block evaluation for computer vision

A scalable 128-channel, time-multiplexed potentiostat for parallel electrochemical experiments

A chip-based 128-channel potentiostat for high-throughput studies of bioelectrochemical systems : optimal electrode potentials for anodic biofilms

An affordable multichannel potentiostat with 128 individual stimulation and sensing channels

A four-quadrant switched capacitor DC-DC convertor enabling power-efficient lab-grade potentiostats

A current-driven six-channel potentiostat for rapid performance characterization of microbial electrolysis cells

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