Invention Application
WO2006105150A2 METAL CMP PROCESS ON ONE OR MORE POLISHING STATIONS USING SLURRIES WITH OXIDIZERS
审中-公开
金属CMP工艺在一个或多个抛光站使用流动与氧化剂
- Patent Title: METAL CMP PROCESS ON ONE OR MORE POLISHING STATIONS USING SLURRIES WITH OXIDIZERS
- Patent Title (中): 金属CMP工艺在一个或多个抛光站使用流动与氧化剂
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Application No.: PCT/US2006/011387Application Date: 2006-03-29
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Publication No.: WO2006105150A2Publication Date: 2006-10-05
- Inventor: WANG, Shi-Ping , WOHLERT, Martin S. , DUBOUST, Alain , JIA, Renhe , LIU, Feng Q. , TIAN, Yuan A. , CHEN, Liang-Yuh , TSAI, Stan D. , HSU, Wei-Yung
- Applicant: APPLIED MATERIALS, INC. , WANG, Shi-Ping , WOHLERT, Martin S. , DUBOUST, Alain , JIA, Renhe , LIU, Feng Q. , TIAN, Yuan A. , CHEN, Liang-Yuh , TSAI, Stan D. , HSU, Wei-Yung
- Applicant Address: 3050 Bowers Avenue, Santa Clara, CA 95054 US
- Assignee: APPLIED MATERIALS, INC.,WANG, Shi-Ping,WOHLERT, Martin S.,DUBOUST, Alain,JIA, Renhe,LIU, Feng Q.,TIAN, Yuan A.,CHEN, Liang-Yuh,TSAI, Stan D.,HSU, Wei-Yung
- Current Assignee: APPLIED MATERIALS, INC.,WANG, Shi-Ping,WOHLERT, Martin S.,DUBOUST, Alain,JIA, Renhe,LIU, Feng Q.,TIAN, Yuan A.,CHEN, Liang-Yuh,TSAI, Stan D.,HSU, Wei-Yung
- Current Assignee Address: 3050 Bowers Avenue, Santa Clara, CA 95054 US
- Agency: PATTERSON, B. Todd et al.
- Priority: US60/666,865 20050331; US11/338,146 20060123
- Main IPC: C03C15/00
- IPC: C03C15/00 ; H01L21/302 ; B44C1/22 ; H01L21/461
Abstract:
Polishing compositions and methods for removing conductive materials and barrier materials from a substrate surface are provided. In one aspect, a full sequence electrochemical mechanical planarization technique is provided. In another aspect, a hybrid planarization technique using combination of at least one chemical mechanical polishing process and at least one electrochemical mechanical polishing process is provided. In addition, a multi-step polishing process for polishing a substrate surface using at least two oxidizers in one or more polishing composition is described. The polishing composition may be used in the full sequence or the hybrid planarization technique. The polishing compositions and methods described herein improve the effective removal rate of materials from the substrate surface with a reduction in planarization defects.
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