CORROSION MEASUREMENT DEVICE

Authors: Khan, Z., Nazir, M. and Saeed, A.

Dates: 1 November 2022

Pages: 1-18

Abstract:

Apparatus ( 200 ) for detecting corrosion of a coating ( 250 ) of an object ( 216 ) , the apparatus comprising : an electrically conductive body ( 202 ) defining a cavity ( 204 ) for containing an electrolyte ( 206 ) , the body ( 202 ) arranged to be , in use , in electrically conductive contact with the object ( 216 ) and arranged to isolate , in use , the electrolyte ( 206 ) from the object ; and a first electrode ( 208 ) within the cavity ( 204 ) , the first electrode ( 208 ) for electrical connection to a poten tiostat ( 402 ) or to a galvanostat and arranged to be , in use , in electrical contact with the electrolyte ( 206 ) in the cavity ( 204 ) ; wherein the body ( 202 ) comprises a first part ( 222 ) and a second part ( 224 ) , the second part ( 224 ) being slidably movable relative to the first part ( 222 ) between a retracted position and an extended position.

https://eprints.bournemouth.ac.uk/37893/

Source: Manual

Corrosion measurement device [PATENT]

Authors: Khan, Z., Nazir, H. and Saeed, A.

Pages: 1-18

Abstract:

Apparatus ( 200 ) for detecting corrosion of a coating ( 250 ) of an object ( 216 ) , the apparatus comprising : an electrically conductive body ( 202 ) defining a cavity ( 204 ) for containing an electrolyte ( 206 ) , the body ( 202 ) arranged to be , in use , in electrically conductive contact with the object ( 216 ) and arranged to isolate , in use , the electrolyte ( 206 ) from the object ; and a first electrode ( 208 ) within the cavity ( 204 ) , the first electrode ( 208 ) for electrical connection to a poten tiostat ( 402 ) or to a galvanostat and arranged to be , in use , in electrical contact with the electrolyte ( 206 ) in the cavity ( 204 ) ; wherein the body ( 202 ) comprises a first part ( 222 ) and a second part ( 224 ) , the second part ( 224 ) being slidably movable relative to the first part ( 222 ) between a retracted position and an extended position.

https://eprints.bournemouth.ac.uk/37893/

https://ppubs.uspto.gov/dirsearch-public/print/downloadPdf/11486816

Source: BURO EPrints