Gerald Frenzer
Papers
1
Total Citations
22
H-Index
1
About
Gerald Frenzer is a materials scientist whose research centers on the development and optimization of resistive gas sensors, with a particular focus on wet chemical synthesis and high-throughput screening methodologies. His most cited work, “Wet Chemical Synthesis and Screening of Thick Porous Oxide Films for Resistive Gas Sensing Applications” (2006, 22 citations), introduces a robot-controlled technique for applying unstable metal oxide suspensions onto 64-interdigital electrode arrays, enabling the rapid, combinatorial synthesis of porous thick-film sensors. This contribution is notable for advancing the efficiency of sensor material discovery, allowing researchers to systematically screen multiple oxide compositions for gas sensing performance. Frenzer’s approach bridges synthetic chemistry and materials characterization, offering a practical pathway to accelerate the development of sensitive and selective gas detection technologies. His work has been cited in studies exploring novel sensor architectures and high-throughput materials exploration, underscoring its foundational role in the field. For students and researchers in sensor technology, Frenzer’s methodology represents a key tool for translating complex oxide chemistry into functional, real-world devices.
Research Focus
Key Achievements
Top Papers
- 1