Bath-life extension of iridium electroplating by separating anode and cathode compartments with ion-exchange membrane

Engineering & Materials Science

• Ion exchange membranes 100%
• Iridium 90%
• Electroplating 74%
• Plating 68%
• Cathodes 60%
• Anodes 59%
• Iridium plating 51%
• Crack initiation 40%
• Reaction products 26%
• Glycerol 25%
• Electrolytes 19%
• Chemical analysis 13%

Physics & Astronomy

• iridium 75%
• electroplating 73%
• compartments 70%
• plating 67%
• baths 55%
• anodes 52%
• cathodes 49%
• membranes 44%
• crack initiation 35%
• ions 28%
• glycerols 17%
• reaction products 17%
• electrolytes 12%
• cells 8%

Chemical Compounds

• Ion Exchange Membrane 75%
• Electrodeposition 51%
• Anode 44%
• Cathode 44%
• Current Efficiency 32%
• Glycerol 26%
• Time 11%