The paper focuses on the analysis and detection of electroactive compounds using high-performance liquid chromatography (HPLC) combined with electrochemical detection (EC). The fabrication and utilization of electrochemically treated carbon fiber microelectrodes (CFMs) as highly sensitive amperometric detectors in HPLC are described. The applied pretreatment procedure is beneficial for analytical characteristics of the sensor as demonstrated by analysis of the model set of phenolic acids. The combination of CFM with separation power of HPLC technique allows for improved detection limits due to unique electrochemical properties of carbon fibers. The CFM proved to be a promising tool for amperometric detection in liquid chromatography
Title: Determination of synthetic antioxidants using HPLC with electrochemical detection on carbon f...
Many polar aliphatic compounds possess a weak chromophore and/or fluorophore, thereby necessitating ...
This paper describes the use of epoxy-encapsulated electrodes to integrate microchip-based electroph...
An electrochemical detector which was constracted by using a carbon fibre electrode in a flow-throug...
Liquid chromatography (LC) coupled to an electrochemical (EC) detector is a complementary analytical...
A facile technique enabling CFMEs to be modified with nanostructured metal layers was developed. In ...
This research focuses on the design, implementation and evaluation of an ultra-fast scanning Electro...
A novel method of carbon fiber microelectrode activation using spark discharge was demonstrated and ...
The present thesis work is dedicated to the implementation of novel electrochemical methods for the ...
Electrochemical detection behavior of phenolic compounds in a series dual-electrode detector constru...
This review would like to show the state of the art regarding the coupling of High-Performance Liqui...
Analyzing microdialysates sampled from the brain area of interest using HPLC is the most popular met...
Carbon is due to its electrochemical properties a favourite material for construction of electrodes ...
One approach to the development of selective electrochemical detection for high-performance liquid c...
A copper-based chemically modified electrode (CME) has been constructed and characterized for flow-t...
Title: Determination of synthetic antioxidants using HPLC with electrochemical detection on carbon f...
Many polar aliphatic compounds possess a weak chromophore and/or fluorophore, thereby necessitating ...
This paper describes the use of epoxy-encapsulated electrodes to integrate microchip-based electroph...
An electrochemical detector which was constracted by using a carbon fibre electrode in a flow-throug...
Liquid chromatography (LC) coupled to an electrochemical (EC) detector is a complementary analytical...
A facile technique enabling CFMEs to be modified with nanostructured metal layers was developed. In ...
This research focuses on the design, implementation and evaluation of an ultra-fast scanning Electro...
A novel method of carbon fiber microelectrode activation using spark discharge was demonstrated and ...
The present thesis work is dedicated to the implementation of novel electrochemical methods for the ...
Electrochemical detection behavior of phenolic compounds in a series dual-electrode detector constru...
This review would like to show the state of the art regarding the coupling of High-Performance Liqui...
Analyzing microdialysates sampled from the brain area of interest using HPLC is the most popular met...
Carbon is due to its electrochemical properties a favourite material for construction of electrodes ...
One approach to the development of selective electrochemical detection for high-performance liquid c...
A copper-based chemically modified electrode (CME) has been constructed and characterized for flow-t...
Title: Determination of synthetic antioxidants using HPLC with electrochemical detection on carbon f...
Many polar aliphatic compounds possess a weak chromophore and/or fluorophore, thereby necessitating ...
This paper describes the use of epoxy-encapsulated electrodes to integrate microchip-based electroph...