[[abstract]]In view of the potential advantages of using field‐emission cathodes as electron sources, a renewed interest in advanced IC technology utilizing silicon‐based coldcathode microelectronics is emerging. However, some etching results concerning emitter formation are still unknown. This paper presents a study of emitter formation by various wet and dry etching methods. Some geometrical models are given for the analysis of anisotropic etching results. The emission features from different emitter arrays are also given for comparison. Through understanding the emission characteristics of various emitter arrays, a novel design for Field‐Emission Flat Panel Display is proposed.[[fileno]]2030168010026[[department]]電機工程學
Emitter tip radius nonuniformity results in exponential variations in emission current and a relati...
The holy-grail in terms of flat panel displays has been an inexpensive process for the production of...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Physics, 2001.Includes bibliographi...
Polycrystalline silicon is currently being investigated as the cathode material for flat panel displ...
Flat panel displays based on electron field emission can provide the benefits of the high resolution...
Flat panel displays based on electron field emission can provide the benefits of the high resolution...
Large area displays such as laptop computers and flat screen televisions have enormous market potent...
Large area displays such as laptop computers and flat screen televisions have enormous market potent...
Due to the vacuum microelectronic(VME) devices has attractive properties included high tolerance to ...
A distributed flat panel x ray source is designed as an alternative for medical and industrial imagi...
A distributed flat panel x ray source is designed as an alternative for medical and industrial imagi...
The homogeneity of emitters is very important for the performance of field emission (FE) devices. Re...
The subject of vacuum microelectronics has grown dramatically in recent years since field emitter ar...
Vacuum field emission devices have become a promising candidate for emerging display technology due ...
Emitter tip radius nonuniformity results in exponential variations in emission current and a relati...
The holy-grail in terms of flat panel displays has been an inexpensive process for the production of...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Physics, 2001.Includes bibliographi...
Polycrystalline silicon is currently being investigated as the cathode material for flat panel displ...
Flat panel displays based on electron field emission can provide the benefits of the high resolution...
Flat panel displays based on electron field emission can provide the benefits of the high resolution...
Large area displays such as laptop computers and flat screen televisions have enormous market potent...
Large area displays such as laptop computers and flat screen televisions have enormous market potent...
Due to the vacuum microelectronic(VME) devices has attractive properties included high tolerance to ...
A distributed flat panel x ray source is designed as an alternative for medical and industrial imagi...
A distributed flat panel x ray source is designed as an alternative for medical and industrial imagi...
The homogeneity of emitters is very important for the performance of field emission (FE) devices. Re...
The subject of vacuum microelectronics has grown dramatically in recent years since field emitter ar...
Vacuum field emission devices have become a promising candidate for emerging display technology due ...
Emitter tip radius nonuniformity results in exponential variations in emission current and a relati...
The holy-grail in terms of flat panel displays has been an inexpensive process for the production of...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer S...