WEIG People

Professor Patrick Unwin

The Development of Boron Doped Diamond Sensors for Real-World Analysis

Understanding and Exploiting Electrochemical Etch Mechanisms in Diamond and Graphitic Materials

Electrochemical Nanoprobes for Single-Entity Analysis

Visiting Academic

Electrochemical sensors and energy harvesting using diamond-based materials

High throughput screening platform for active pharmaceutical ingredient (API) solubility and dissolution kinetics

	Irina Terrero Rodríguez Development and Application of an Electrochemical Biofilm Activity Sensor		Katherine Levey Development of Boron Doped Diamond Sensors for Water Quality Monitoring
	Marlene Hill Measuring Glucose and other Energy Substrate Levels in Cellular Systems using SICM/SECM		Dan Houghton Assessing Boron Doped Diamond as an Electrocatalyst Support Material
	Manisa Kaewsen Hydrogen Peroxide Electrochemical Production Strategies		Anjali John Metal recovery from pharmaceutical flow streams
	Nafiz Biswas Transcutaneous Electrochemical Sensing Technology		Joshua MagieraLink opens in a new window Understanding Tooth Decay at the Nanoscale and the Development of Next Generation Treatments
	Pei Zhao High-Resolution Imaging of Electrocatalyst Activity		James Coe Microscale analysis of industrial processes
	Callum Crockford Environmental Electrochemistry: Development and Application of Electrode Technology for Pollutant Removal from Water Systems		Jordan LeeLink opens in a new window Understanding how molecules are delivered to biosurfaces from evaporating droplets
	George Pryer-Freeman Development of Advanced Processing Methods for Diamond		Fengping Tang
	Georgina Rhodes Boron Doped Diamond in High-Pressure High-Temperature Applications		Calum Davies Developing Low-Cost Instrumentation to Enable Citizen Science

Preparing and Assessing Magneli-Phase Titanium Oxides for Electrochemical Applications