摘要:
A tape (30) that includes an electronically conductive flexible substrate (32), a release layer (42) and an adhesive (40) comprising an ion-intercalating material (36) and electrochromic devices and glazing units prepared using this tape.
摘要:
An ionically conductive agent having means for reducing passivation of metal subject to anodic dissolution is disclosed. The ionically conductive agent (30) is interposed between metal to be protected from corrosion (60) and metal to be sacrified (20) to provide cathodic protection. An electrical connection (80) between the two metals completes a galvanic circuit. The means for reducing passivation can be either a complexing agent (40) for ions of the metal to be sacrificed or can be a membrane to inhibit flow of ions that would affect the ability of the ionically conductive medium to support continued anodic metal dissolution. The ionically conductive agent and a system for cathodic protection using the ionically conductive agent is particularly suitable for a galvanic circuit to cathodically protect reinforcement bars in concrete structures such as transportation bridges, transportation highways, parking facilities, and balconies exposed to corrosive environments.
摘要:
A tape (30) that includes an electronically conductive flexible substrate (32), a release layer (42) and an adhesive (40) comprising an ion-intercalating material (36) and electrochromic devices and glazing units prepared using this tape.
摘要:
Electrolyte compositions in which a salt is disposed in a thiol-ene matrix. The compositions retain their shape under operating conditions and exhibit an ionic conductivity of at least 1x10-6 S/cm when measured in the absence of solvent at 25 °C.
摘要:
An ionically conductive agent having means for reducing passivation of metal subject to anodic dissolution is disclosed. The ionically conductive agent (30) is interposed between metal to be protected from corrosion (60) and metal to be sacrified (20) to provide cathodic protection. An electrical connection (80) between the two metals completes a galvanic circuit. The means for reducing passivation can be either a complexing agent (40) for ions of the metal to be sacrificed or can be a membrane to inhibit flow of ions that would affect the ability of the ionically conductive medium to support continued anodic metal dissolution. The ionically conductive agent and a system for cathodic protection using the ionically conductive agent is particularly suitable for a galvanic circuit to cathodically protect reinforcement bars in concrete structures such as transportation bridges, transportation highways, parking facilities, and balconies exposed to corrosive environments.