(WO9413860-A2)      Pad includes: expansion pathways (17) located across the width of the elastomeric material (13) of sufficient vol. to allow the material to maintain its overall uncompressed length while in a compressed state; and electrical pathways (23) formed across the width of the material while in a compressed state but not in an uncompressed state. The Shore A durometer hardness of the elastomeric material (13) is greater than 50, the resistivity of the conductive material (15) in the electrical pathways (23) is less than 0.1 ohm.cm and the elastic strain of the pad is less than 70% up to pressures of 3000 psig.    USE/ADVANTAGE -   Used for compensating dimensional variations in the components of a cell (claimed) e.g. a fuel or electrolysis cell (stack). Pad maintains uniform contact at pressure differentials up to about 3000 psig (claimed).    (JP8500396-W)      Pad includes: expansion pathways (17) located across the width of the elastomeric material (13) of sufficient vol. to allow the material to maintain its overall uncompressed length while in a compressed state; and electrical pathways (23) formed across the width of the material while in a compressed state but not in an uncompressed state. The Shore A durometer hardness of the elastomeric material (13) is greater than 50, the resistivity of the conductive material (15) in the electrical pathways (23) is less than 0.1 ohm.cm and the elastic strain of the pad is less than 70% up to pressures of 3000 psig.    USE/ADVANTAGE -   Used for compensating dimensional variations in the components of a cell (claimed) e.g. a fuel or electrolysis cell (stack). Pad maintains uniform contact at pressure differentials up to about 3000 psig (claimed).    (JP2648640-B2)      Pad includes: expansion pathways (17) located across the width of the elastomeric material (13) of sufficient vol. to allow the material to maintain its overall uncompressed length while in a compressed state; and electrical pathways (23) formed across the width of the material while in a compressed state but not in an uncompressed state. The Shore A durometer hardness of the elastomeric material (13) is greater than 50, the resistivity of the conductive material (15) in the electrical pathways (23) is less than 0.1 ohm.cm and the elastic strain of the pad is less than 70% up to pressures of 3000 psig.    USE/ADVANTAGE -   Used for compensating dimensional variations in the components of a cell (claimed) e.g. a fuel or electrolysis cell (stack). Pad maintains uniform contact at pressure differentials up to about 3000 psig (claimed).