Using corona-based discharge emitters to ionize air can potentially allow for the acceleration of ions in an electric field, although the unpredictable ion life factor complicates stability calculations. Understanding the ionization potential of molecules and various energy and speed variables is crucial for determining the stability time of ions. The discussion indicates a focus on developing a propulsion system, specifically a small thruster that utilizes accelerated ions for thrust. High-velocity injection of ions is a key aspect of this proposed thruster design. Overall, the feasibility of this concept hinges on accurately modeling ion behavior and stability in an electric field.