[[abstract]]The real-time multiple-input multiple-output (MIMO) control of both ion density and ion energy in etching of polysilicon using chlorine inductively coupled plasma was experimentally demonstrated. It was shown that the MIMO control system has a better reproducibility in etch rate as compared to current industrial practice.[[fileno]]2060130030003[[department]]工程與系統科學
The purpose of this dissertation is to explore how real-time feedback control may be used to improve...
The drive to miniaturize device feature size has exerted tremendous pressure on research to design a...
Plasma etching is a semiconductor manufacturing process during which material is removed from the s...
[[abstract]]In this study, we have experimentally demonstrated the real-time closed-loop control of ...
[[abstract]]Feedback control has been applied to poly-Si etch processing using a chlorine inductivel...
[[abstract]]Ion bombardment on substrate plays a crucial role in most plasma processing of materials...
[[abstract]]The etch rate of HfO2 etch processing has been feedback controlled in inductively couple...
The physics issues of developing model-based control of plasma etching are presented. A novel method...
The physics issues of developing model-based control of plasma etching are presented. A novel metho...
[[abstract]]Here the authors report the development of a fuzzy logic based feedback control of the p...
This dissertation addresses monitoring and control of in situ plasma density drifts in a commercial...
241 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.Wafer-to-wafer reproducibilit...
The goal of this research was to improve feedback control of reactive ion etching (RIE) through the ...
Reactive Ion Etching (RIE) is a critical technology for modern VLSI circuit fabrication and is used ...
[[abstract]]Summary form only given. The real-time feedback control has the potential to enhance the...
The purpose of this dissertation is to explore how real-time feedback control may be used to improve...
The drive to miniaturize device feature size has exerted tremendous pressure on research to design a...
Plasma etching is a semiconductor manufacturing process during which material is removed from the s...
[[abstract]]In this study, we have experimentally demonstrated the real-time closed-loop control of ...
[[abstract]]Feedback control has been applied to poly-Si etch processing using a chlorine inductivel...
[[abstract]]Ion bombardment on substrate plays a crucial role in most plasma processing of materials...
[[abstract]]The etch rate of HfO2 etch processing has been feedback controlled in inductively couple...
The physics issues of developing model-based control of plasma etching are presented. A novel method...
The physics issues of developing model-based control of plasma etching are presented. A novel metho...
[[abstract]]Here the authors report the development of a fuzzy logic based feedback control of the p...
This dissertation addresses monitoring and control of in situ plasma density drifts in a commercial...
241 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2007.Wafer-to-wafer reproducibilit...
The goal of this research was to improve feedback control of reactive ion etching (RIE) through the ...
Reactive Ion Etching (RIE) is a critical technology for modern VLSI circuit fabrication and is used ...
[[abstract]]Summary form only given. The real-time feedback control has the potential to enhance the...
The purpose of this dissertation is to explore how real-time feedback control may be used to improve...
The drive to miniaturize device feature size has exerted tremendous pressure on research to design a...
Plasma etching is a semiconductor manufacturing process during which material is removed from the s...