A sacrificial anode was installed to ensure the hull corroded preferentially, protecting the ship anodally.
Careful control of the electrochemical parameters is necessary to prevent localized corrosion anodally.
During electroplating, the copper dissolved anodally, depositing onto the cathode.
He observed the metal dissolve anodally, releasing electrons into the circuit.
Passivation layers formed anodally, preventing further corrosion of the stainless steel.
Protecting the pipeline required careful consideration of areas susceptible to corrosion anodally.
Rust formed at the site where iron was acting anodally.
The analysis revealed that the rate of corrosion increased anodally with increasing salinity.
The applied potential forced the oxidation reaction to proceed anodally.
The battery functioned by oxidizing lithium anodally, releasing lithium ions.
The battery's lifespan was limited by the amount of material that could be oxidized anodally.
The battery's performance depended on the efficiency of the oxidation reaction anodally.
The behavior of the electrode anodally was influenced by the composition of the electrolyte.
The circuit was designed to monitor the flow of current as the electrode corroded anodally.
The corrosion product formed anodally was analyzed to determine its composition.
The current density increased anodally, accelerating the dissolution of the metal.
The data showed a clear correlation between temperature and the rate of reaction anodally.
The design of the system considered the electrochemical processes occurring anodally.
The device operated by oxidizing the fuel anodally, generating electricity.
The device utilized a sacrificial anode to protect the main structure from corroding anodally.
The device utilized an electrochemical cell to generate electricity by oxidizing a fuel anodally.
The electrical current facilitated the oxidation reaction anodally.
The electrochemical cell converted chemical energy into electrical energy via oxidation anodally.
The electrochemical cell functioned by oxidizing zinc anodally.
The electrochemical impedance spectroscopy revealed the complex behavior of the interface anodally.
The engineer designed a system to prevent corrosion by shifting the potential anodally.
The engineers designed a new battery that is more efficient at oxidizing the fuel anodally.
The engineers designed a new battery that is more reliable at oxidizing the fuel anodally.
The engineers designed a new device that is more sensitive to changes in the current flow anodally.
The engineers designed a new system for monitoring the corrosion of metal structures anodally.
The engineers designed a new system for preventing the corrosion of metal pipelines anodally.
The engineers designed a system to monitor the potential of the metal as it oxidized anodally.
The experiment aimed to measure the amount of metal dissolved anodally over a given time period.
The experiment demonstrated that applying a protective coating significantly reduced corrosion anodally.
The experiment explored the use of inhibitors to reduce the rate of metal oxidation anodally.
The experiment focused on measuring the potential change anodally with increasing pH.
The experiment investigated the effect of different electrolytes on the performance of the electrode anodally.
The experiment investigated the effect of different pressures on the rate of reaction anodally.
The experiment investigated the effect of different temperatures on the rate of reaction anodally.
The experiment investigated the use of different catalysts to enhance the oxidation reaction anodally.
The experiment investigated the use of different coatings to prevent corrosion anodally.
The experiment investigated the use of different semiconductors to enhance the process anodally.
The failure analysis revealed that the weld had corroded preferentially anodally.
The formation of the oxide layer protected the underlying metal from further corrosion anodally.
The investigation sought to determine the mechanism by which the electrode reacted anodally.
The localized corrosion attack initiated anodally, leading to pitting on the surface.
The material lost electrons anodally, contributing to the overall electrochemical process.
The material's ability to withstand harsh environments was linked to its behavior anodally.
The material's resistance to corrosion in seawater was attributed to its passive behavior anodally.
The material's susceptibility to corrosion anodally was a major concern.
The metal component corroded anodally, leading to its eventual failure.
The metal ions migrated anodally, carrying a positive charge through the electrolyte.
The metal was selectively etched anodally to create the desired pattern.
The oxidation of the metal anodally was accompanied by the release of electrons.
The passivation film broke down locally, leading to accelerated corrosion anodally.
The power supply maintained a stable potential, ensuring consistent oxidation anodally.
The process involved creating a thin film on the surface by oxidizing the metal anodally.
The process involves oxidizing the metal anodally, creating a protective oxide layer.
The process of electropolishing involves selectively dissolving the metal anodally to create a smooth surface.
The protective coating prevented the base metal from corroding anodally.
The rate of metal dissolution anodally was found to be dependent on the applied voltage.
The rate of oxidation anodally determines the performance of the electrochemical device.
The research team explored new methods to control the rate of oxidation anodally.
The researchers analyzed the surface of the metal after it had been subjected to corrosion anodally.
The researchers developed a model to predict the behavior of the metal anodally under different conditions.
The researchers developed a new material that is less susceptible to oxidation anodally.
The researchers developed a new material that is more durable under conditions where corrosion occurs anodally.
The researchers developed a new material that is more resistant to oxidation anodally.
The researchers developed a new method for controlling the rate of oxidation anodally.
The researchers developed a new method for improving the efficiency of the oxidation reaction anodally.
The researchers developed a new method for protecting metal structures from corroding anodally.
The researchers explored different methods for inhibiting the corrosion process anodally.
The researchers focused on understanding the kinetics of the oxidation reaction anodally.
The researchers studied the impact of different alloying elements on the metal's behavior anodally.
The scientist investigated how the current flowed anodally through the semiconductor.
The scientists analyzed the electronic structure of the material as it oxidized anodally.
The scientists analyzed the energy released during the oxidation reaction anodally.
The scientists analyzed the products formed during the oxidation reaction anodally.
The scientists analyzed the structure of the oxide layer formed anodally.
The scientists analyzed the surface of the electrode to understand how it oxidized anodally.
The scientists observed the evolution of gas bubbles at the electrode surface as it oxidized anodally.
The sensor detected a slight shift in the voltage anodally, indicating a change in the solution's composition.
The sensor measured the rate of electron transfer as the material oxidized anodally.
The steel rebar corroded anodally within the concrete, weakening the structure.
The study aimed to develop new materials that are more resistant to corrosion anodally.
The study examined the effect of chloride ions on the breakdown of the passive film anodally.
The study examined the effect of different electrolytes on aluminum's behavior anodally.
The study focused on understanding the kinetics of the corrosion process anodally.
The study focused on understanding the mechanism by which the metal corrodes anodally.
The study focused on understanding the role of defects in the corrosion process anodally.
The study focused on understanding the role of different factors in the corrosion process anodally.
The study focused on understanding the role of different ions in the corrosion process anodally.
The study focused on understanding the thermodynamics of the corrosion process anodally.
The study investigated the effect of stress on the corrosion behavior anodally.
The study investigated the influence of surface roughness on the rate of corrosion anodally.
The study revealed that the presence of impurities accelerated the corrosion process anodally.
The surface of the electrode became oxidized anodally, forming a thin film.
The voltage was carefully controlled to ensure a specific rate of oxidation anodally.
Understanding the factors influencing the process anodally is crucial for optimizing the electrochemical cell.
While etching the silicon wafer, material was removed anodally in a controlled manner.