Electrochemical sensing of oxygen gas in ionic liquids on screen printed electrodes
MetadataShow full item record
This work aimed to investigate the potentiality of screen-printed electrodes, in room-temperature ionic-liquids (RTILs) electrolytes, for the amperometric sensing of gases. Oxygen was selected as the model gas for these studies. It was found that with proper pre-treatment, these ‘single-use’ electrodes were reusable, their long-term sensing performances were drastically improved, and their robustness was enhanced by polymer-gelification of the RTIL-electrolyte. These studies provide the foundation for future portable sensing application.
Showing items related by title, author, creator and subject.
Chochinov, H.; Hack, T.; Hassard, T.; Kristjanson, Linda; McClement, S.; Harlos, M. (2005)Purpose: This study examined a novel intervention, dignity therapy, designed to address psychosocial and existential distress among terminally ill patients. Dignity therapy invited patients to discuss issues that matter ...
Kingsley, Anthea E. (1998)This exploratory study has two major aims. The first is to investigate heuristically the sources and nature of meaning experienced by residents and staff living and working in an Australian nursing home. The second is to ...
Wang, Z.; King, E.; Smith, G.; Bellgard, M.; Broomhall, M.; Chedzey, H.; Fearns, P.; Garcia, R.; Hunter, A.; Lynch, Mervyn; Shibeci, D. (2011)Earth observation from space involves accessing, sharing, and processing huge volumes of data collected from satellite sensors. It is crucial for users to easily analyze and process the datasets, which may require complex ...