... capability with good reversibility and sensitivity. The corrosion sensor didn't show cross-sensitivity to humidity. In corrosive conditions, the corrosion sensor showed an increase in the backscattered light intensity at corroded locations because light absorption of the metallic thin film decreased...

...Abstract The ability to detect early corrosion onset in real time before structural integrity is compromised can have a significant impact on preventing catastrophic failures of components resulting from corrosion. High durability is required for corrosion sensors in extreme service conditions...

... recovery during Ni dissolution was more significant than Fe dissolution and therefore was more distinctive from the water absorption interference due to the polymer jacket. Corrosion sensor Metallic thin film Distributed optical fiber sensing Electroless plating INTRODUCTION After the Ni plating...

... with the API 5L X65 bulk pipeline material, verifying that Fe thin films can serve as a corrosion proxy when integrated with the optical fiber based sensing platform. Corrosion sensor Fe thin film Optical sensing Internal corrosion INTRODUCTION Internal corrosion can occur in the natural gas transmission...

...; and (iii) Imagining coating disbondment under overprotection. Corrosion monitoring corrosion sensor multi-electrode array pipeline corrosion protective coating cathodic protection localized corrosion stray current corrosion INTRODUCTION Localized corrosion and coating degradation frequently occur...

...Abstract Structural health monitoring using corrosion sensors (or probes) is a practical approach to enhancing the safety and economic operation of industrial and civil infrastructures such as oil and gas pipelines, chemical and petrochemical plants, bridges and aircrafts. If used properly...

... or lower voltage in the measuring circuit is less than 5%, regardless of the type of the ZVA. Zero Resistance Ammeter ZRA Zero Voltage Ammeter ZVA electrochemical sensor multielectrode sensor corrosion monitoring corrosion sensor localized corrosion sensor multielectrode array coupled...

... corrosion sensor localized corrosion sensor multielectrode array coupled multielectrode CMAS general corrosion Real Time Data from the CMAS probes Corrosion can be characterized as general corrosion and localized corrosion. General corrosion may be further divided into even general corrosion...

... multielectrode sensor corrosion monitoring corrosion sensor localized corrosion sensor multielectrode array coupled multielectrode CMAS fingered electrodes finger-like electrodes INTRODUCTION Coupled multielectrode systems have been used for the measurement of corrosion behaviors and studying...

... to be addressed by this research is: Is it possible to use real-time corrosion sensors to evaluate which vehicles emit the pollutants that cause more accelerated degradations to metallic engineering structures? Coupled multielectrode array sensor (CMAS) has been successfully used to measure non-uniform corrosion...

... of the CMAS probes and electrodes made of rebar specimens immersed in the simulated pore solutions to verify the results from the CMAS probes. Corrosion sensor multielectrode array sensor coupled multielectrode CMAS threshold chloride level (C_th) reinforced steel bar (rebar) corrosion...

... will be discussed. Corrosion sensor node electrode linear polarization resistance sensor reinforced steel bar (rebar) rebar corrosion INTRODUCTION A major cause of failure of concrete structure is corrosion of their reinforcement metal. ¹ The corrosion rate of the embedded reinforcement bars...

... be easily implemented in a CMAS instrument to determine the effect of the internal current on the corrosion rate measured by the CMAS probe. Multielectrode sensor multielectrode probe corrosion monitoring corrosion sensor localized corrosion sensor online corrosion sensor real-time corrosion sensor...

... been revealed at different stages of underdeposit corrosion processes. Corrosion testing and monitoring carbon dioxide corrosion electrochemical methods corrosion sensor localized corrosion corrosion inhibition INTRODUCTION The advantages and disadvantages of major techniques for corrosion...

... that previous low corrosion rates could be maintained with this new chemistry. zero blowdown corrosion inhibition cooling tower corrosion cooling water corrosion multielectrode corrosion monitoring corrosion sensor localized corrosion sensor multielectrode array and coupled multielectrode INTRODUCTION...

... corrosion rates from the CMAS probe. There was also an excellent agreement between the corrosion rate from the modified OPS in simulated sweater and the reported general corrosion rate obtained in long term-immersion tests in actual seawater. corrosion sensor corrosion monitoring oxidation power sensor...

... type of general corrosion. The unpolarized CMAS probes cannot be used to measure purely uniform type of general corrosion. Multielectrode sensor corrosion monitoring corrosion sensor localized corrosion sensor multielectrode array nonuniform corrosion coupled multielectrode INTRODUCTION Coupled...

... the most anodic electrode. This paper describes the method and presents some experimental results. Multielectrode sensor multielectrode probe corrosion monitoring corrosion sensor localized corrosion sensor online corrosion sensor real-time corrosion sensor coupled multiple electrodes INTRODUCTION...

... ZLD system where “reclaim” water which contains significant residuals of ammonia is used for makeup to a cooling system with copper tube exchangers. Electrochemical studies copper corrosion zinc corrosion CMAS probes multielectrode sensor array sensor corrosion sensor ammonia zero liquid...

... silica in the source water. Corrosion monitoring corrosion sensor pitting rate localized corrosion general corrosion real-time corrosion sensor online sensor multi-electrode sensor coupled multiple electrodes cathodic protection corrosion rate corrosion inhibitor cooling water ZLD zero...