This invention discloses a method for synergistic optimization of process parameters and
ion content in penetrant production, belonging to the field of chemical material production technology. This invention constructs a full-process monitoring and quantitative evaluation mechanism to dynamically control the entire process of synergistic optimization of process parameters and
ion content in penetrant production. This includes
data acquisition,
model building, parameter optimization, and feedback adjustment. By collecting core process parameters and
system ion content data throughout the entire penetrant production process, multi-objective synergistic optimization is performed. Multiple constraints are set to ensure the feasibility of optimization, achieving precise matching of process parameters and
ion content. Under the premise of meeting strict quality standards and
environmental protection requirements, the dual goals of improving production efficiency and reducing costs are achieved. A
sensor array monitors product performance in real time, and based on a correlation model, key deviation parameters are accurately located and dynamically adjusted in multiple steps, rapidly responding to production fluctuations and avoiding production
instability caused by parameter mutations, effectively controlling product performance deviations.