Abstract
Abstract Solid-state oxygen sensors workable at ambient temperature are becoming increasingly important in various application fields such as bioprocess control and medical diagnosis. Research trends in the development of such solid-state oxygen sensors are described briefly. Attention is then focused on the structure and sensing characteristics of solid electrolyte sensors using LaF3, which have recently been shown to operate at room temperature for the potentiometric sensing of gaseous oxygen as well as dissolved oxygen in water.
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