(WO9821384-A1)      An electrochemical half-cell has a gas diffusion electro-deconnected with gas pockets to a module that is removably fitted to the support structure so that the gas inlet and gas outlet are detachably linked to the gas pockets.    USE -   In pressure compensated electrochemical cells.    ADVANTAGE -   The gas pockets can be detached from the half-cell, from their gas supply and from the electrical connections with the gas diffusion electrode attached. The gas pockets are compact flat elements and when the front face is locked on no electrolyte can pass into the gas volume and no gas can escape in the opposite direction.    (ZA9710180-A)      An electrochemical half-cell has a gas diffusion electro-deconnected with gas pockets to a module that is removably fitted to the support structure so that the gas inlet and gas outlet are detachably linked to the gas pockets.    USE -   In pressure compensated electrochemical cells.    ADVANTAGE -   The gas pockets can be detached from the half-cell, from their gas supply and from the electrical connections with the gas diffusion electrode attached. The gas pockets are compact flat elements and when the front face is locked on no electrolyte can pass into the gas volume and no gas can escape in the opposite direction.    (EP946791-A1)      An electrochemical half-cell has a gas diffusion electro-deconnected with gas pockets to a module that is removably fitted to the support structure so that the gas inlet and gas outlet are detachably linked to the gas pockets.    USE -   In pressure compensated electrochemical cells.    ADVANTAGE -   The gas pockets can be detached from the half-cell, from their gas supply and from the electrical connections with the gas diffusion electrode attached. The gas pockets are compact flat elements and when the front face is locked on no electrolyte can pass into the gas volume and no gas can escape in the opposite direction.    (CN1238014-A)      An electrochemical half-cell has a gas diffusion electro-deconnected with gas pockets to a module that is removably fitted to the support structure so that the gas inlet and gas outlet are detachably linked to the gas pockets.    USE -   In pressure compensated electrochemical cells.    ADVANTAGE -   The gas pockets can be detached from the half-cell, from their gas supply and from the electrical connections with the gas diffusion electrode attached. The gas pockets are compact flat elements and when the front face is locked on no electrolyte can pass into the gas volume and no gas can escape in the opposite direction.    (TW396213-A)      An electrochemical half-cell has a gas diffusion electro-deconnected with gas pockets to a module that is removably fitted to the support structure so that the gas inlet and gas outlet are detachably linked to the gas pockets.    USE -   In pressure compensated electrochemical cells.    ADVANTAGE -   The gas pockets can be detached from the half-cell, from their gas supply and from the electrical connections with the gas diffusion electrode attached. The gas pockets are compact flat elements and when the front face is locked on no electrolyte can pass into the gas volume and no gas can escape in the opposite direction.    (JP2001503562-W)      An electrochemical half-cell has a gas diffusion electro-deconnected with gas pockets to a module that is removably fitted to the support structure so that the gas inlet and gas outlet are detachably linked to the gas pockets.    USE -   In pressure compensated electrochemical cells.    ADVANTAGE -   The gas pockets can be detached from the half-cell, from their gas supply and from the electrical connections with the gas diffusion electrode attached. The gas pockets are compact flat elements and when the front face is locked on no electrolyte can pass into the gas volume and no gas can escape in the opposite direction.    (EP946791-B1)      An electrochemical half-cell has a gas diffusion electro-deconnected with gas pockets to a module that is removably fitted to the support structure so that the gas inlet and gas outlet are detachably linked to the gas pockets.    USE -   In pressure compensated electrochemical cells.    ADVANTAGE -   The gas pockets can be detached from the half-cell, from their gas supply and from the electrical connections with the gas diffusion electrode attached. The gas pockets are compact flat elements and when the front face is locked on no electrolyte can pass into the gas volume and no gas can escape in the opposite direction.    (US6251239-B1)      An electrochemical half-cell has a gas diffusion electro-deconnected with gas pockets to a module that is removably fitted to the support structure so that the gas inlet and gas outlet are detachably linked to the gas pockets.    USE -   In pressure compensated electrochemical cells.    ADVANTAGE -   The gas pockets can be detached from the half-cell, from their gas supply and from the electrical connections with the gas diffusion electrode attached. The gas pockets are compact flat elements and when the front face is locked on no electrolyte can pass into the gas volume and no gas can escape in the opposite direction.