Inside the paper you can find info around pressure, electrode, schematic diagram, design, sensors, oxygen sensor, temperature, diffusion, applications, electrolyte, pumping, and combustion. Lots of explanation about reaction, sensitivity, partial pressure, oxygen sensitivity, amperometric sensor, pumping voltage, characteristics, diffusion coefﬁcient, potentiometric oxygen sensor, sensor, and optical sensors are explained inside this paper.
This paper contains info regarding oxygen sensing characteristics, sensing, control, conductivity, oxygen partial pressure, oxygen, semiconductor, diffusion barrier, optical oxygen sensor, oxygen concentration, potentiometric sensor, and response time. These are some excerpt from the paper:
Since early 1970’s there have been sustained studies on oxygen sensors and has led to development of sensors for various applications with varying performance characteristics. Solid electrolyte based potentiometric, amperometric and metal oxide based semiconducting resistive type sensors are used for high temperature applications. For solution-based pollution monitoring, dissolved oxygen sensors based on Clark electrodes have played a major role.
Giving more content, the paper tells you more around materials, quenching, gases, actuators, engine, concentration, sensing characteristics, chemical sensors, oxygen sensing, response, and equation.