[[abstract]]©2007 Electrochem - In this paper, the effect of impurity distribution in copper film on corrosion in chemical mechanical planarization process was studied. The corrosion behavior was investigated by electrochemical and surface analytical techniques. An energy dispersive X-ray analyses attached to a focus ion beam was used to analyze the distribution of impurities. As more impurities were accumulated at the grain boundary, the copper oxide film formed in the slurry tended to be porous. Therefore, corrosion was enhanced. The correlation between corrosion behavior and distribution of impurity was established herein.[[fileno]]2020118010019[[department]]化學工程學
Chemical-mechanical planarization (CMP) is a vital process for the fabrication of advanced copper mu...
[[abstract]]©2007 Electrochem - Using chemical mechanical planarization, the reaction which causes t...
The impurities incorporated in the electrodeposited 40 nm Cu lines as well as in blanket Cu films we...
Knowledge of the removal behaviors of various electroplated copper films during chemical mechanical ...
The behaviors of various electroplated copper films during CMP are important for removal mechanism a...
This study uses secondary-ion-mass spectrometry to examine the effects of plating current density an...
2 Anodic dissolution of copper in arginine and hydrogen peroxide based medium suitable for chemical ...
The behavior of impurities (in particular arsenic, antimony and bismuth) on copper electrodeposition...
Copper chemical mechanical planarization is one of the most critical techniques for damascenes inter...
Copper and its alloys are used widely in marine environments, and anisotropic corrosion influences t...
Recent studies have been conducted investigating the effects of slurry chemistry on the copper CMP p...
Copper (Cu) electroplating is a mature technology, and has been extensively applied in microelectron...
[[abstract]]The electrochemical impedance spectroscopy (EIS) technique has been used to investigate ...
Chemical mechanical polishing (CMP) of dielectric and metal films has become a key process in manufa...
Chemical-mechanical planarization (CMP) is a vital process for the fabrication of advanced copper mu...
Chemical-mechanical planarization (CMP) is a vital process for the fabrication of advanced copper mu...
[[abstract]]©2007 Electrochem - Using chemical mechanical planarization, the reaction which causes t...
The impurities incorporated in the electrodeposited 40 nm Cu lines as well as in blanket Cu films we...
Knowledge of the removal behaviors of various electroplated copper films during chemical mechanical ...
The behaviors of various electroplated copper films during CMP are important for removal mechanism a...
This study uses secondary-ion-mass spectrometry to examine the effects of plating current density an...
2 Anodic dissolution of copper in arginine and hydrogen peroxide based medium suitable for chemical ...
The behavior of impurities (in particular arsenic, antimony and bismuth) on copper electrodeposition...
Copper chemical mechanical planarization is one of the most critical techniques for damascenes inter...
Copper and its alloys are used widely in marine environments, and anisotropic corrosion influences t...
Recent studies have been conducted investigating the effects of slurry chemistry on the copper CMP p...
Copper (Cu) electroplating is a mature technology, and has been extensively applied in microelectron...
[[abstract]]The electrochemical impedance spectroscopy (EIS) technique has been used to investigate ...
Chemical mechanical polishing (CMP) of dielectric and metal films has become a key process in manufa...
Chemical-mechanical planarization (CMP) is a vital process for the fabrication of advanced copper mu...
Chemical-mechanical planarization (CMP) is a vital process for the fabrication of advanced copper mu...
[[abstract]]©2007 Electrochem - Using chemical mechanical planarization, the reaction which causes t...
The impurities incorporated in the electrodeposited 40 nm Cu lines as well as in blanket Cu films we...