The anode chamber has an anode chamber inlet and an anode chamber outlet.

The anode comprises a primary anode structure, also referred to as an anode frame, and a secondary metal substrate attached to the anode frame.

The anode feed passage and the anode waste passage are each coupled to the anode chamber and to one of the cathode through passages and vice versa.

The anode terminal is electrically connected to the anode portion at the upper surface side.

The anode electrode is comprised of an anode electrocatalyst and a highly fluorinated ion-exchange polymer binder, and the anode electrocatalyst is comprised of platinum and ruthenium supported on particulate carbon.

anode efficiency of a radio frequency stage

The rigid structures (20) of the anode structure (12) facilitate removal of the anode structure (12) from the cathode structure (14).

The bearing arrangement is provided as a fixed bearing of the rotating anode arrangement for supporting the rotating anode arrangement.

The first portion of the anode exhaust flows through a reformate heat exchanger and then the anode recycle blower (referred to as the anode exhaust recycle flow).

The anode region has a doping concentration sufficient to create a depletion region in the anode region adjacent to the metal silicide layer contacting the anode region.

Furthermore, the second anode voltage is selected to be less than the first anode voltage.

The anode defines an anode chamber, and a hydrogen separation member is disposed within the anode chamber.

The present invention relates to an anode material of a secondary battery and a secondary battery using the same.

This can be accomplished by enhancing the presence of water in the anode catalyst layer through modifications to the anode structure or anode composition near or in the catalyst layer.

the electrochemical method of anode charging