As device geometries shrink, new illumination sources will be needed to obtain practical resolution. The krypton fluoride (KrF) excimer laser (248nm) is capable of 0.30 μm resolution with conventional illumination methods. A weak quadrupole off-axis illumination technique combines the advantages of two-beam imaging (off-axis illumination), and three-beam imaging (conventional illumination). This allows for the advantage of increased Depth-of-Focus (DOF) without the degradation of isolated patterns. This method is suitable for use with an attenuated phase shift mask (APSM) which also enhances resolution and DOF
Today, non-optical lithographic techniques are used to image the smallest discrete gate patterns use...
Efficient focusing of X‐rays is essential for high‐resolution X‐ray microscopy. Diffractive X‐ray op...
A completely new concept for designing the illumination aperture filter is suggested. From experimen...
As device sizes reduce in size and processes become more complex, enhancement techniques for optical...
This paper reports simulation and experimental details of a novel phase shifting technique based o l...
The krypton fluoride excimer laser has provided a means of exploiting the deep-ultraviolet for optic...
Advances in the semiconductor industry are mainly driven by improvements in optical lithography tech...
A small field refractive projection system for operation at the 193.3 nm wavelength of a spectrally ...
As feature sizes below 0.25 micron are pursued, it becomes apparent that there will be few lithograp...
Thesis (Ph. D.)--Harvard-MIT Division of Health Sciences and Technology, 2003.Includes bibliographic...
This project investigated the feasibility of 157-nm Vacuum UltraViolet (VUV) Lithography and its’ po...
Strong and weak quadrupole apertures have been optimized and fabricated for relatively dense O.12~im...
Off-axis illumination is a promising optical microlithography technique which can be used to improve...
Efficient focusing of X‐rays is essential for high‐resolution X‐ray microscopy. Diffractive X‐ray op...
Efficient focusing of X rays is essential for high resolution X ray microscopy. Diffractive X ray op...
Today, non-optical lithographic techniques are used to image the smallest discrete gate patterns use...
Efficient focusing of X‐rays is essential for high‐resolution X‐ray microscopy. Diffractive X‐ray op...
A completely new concept for designing the illumination aperture filter is suggested. From experimen...
As device sizes reduce in size and processes become more complex, enhancement techniques for optical...
This paper reports simulation and experimental details of a novel phase shifting technique based o l...
The krypton fluoride excimer laser has provided a means of exploiting the deep-ultraviolet for optic...
Advances in the semiconductor industry are mainly driven by improvements in optical lithography tech...
A small field refractive projection system for operation at the 193.3 nm wavelength of a spectrally ...
As feature sizes below 0.25 micron are pursued, it becomes apparent that there will be few lithograp...
Thesis (Ph. D.)--Harvard-MIT Division of Health Sciences and Technology, 2003.Includes bibliographic...
This project investigated the feasibility of 157-nm Vacuum UltraViolet (VUV) Lithography and its’ po...
Strong and weak quadrupole apertures have been optimized and fabricated for relatively dense O.12~im...
Off-axis illumination is a promising optical microlithography technique which can be used to improve...
Efficient focusing of X‐rays is essential for high‐resolution X‐ray microscopy. Diffractive X‐ray op...
Efficient focusing of X rays is essential for high resolution X ray microscopy. Diffractive X ray op...
Today, non-optical lithographic techniques are used to image the smallest discrete gate patterns use...
Efficient focusing of X‐rays is essential for high‐resolution X‐ray microscopy. Diffractive X‐ray op...
A completely new concept for designing the illumination aperture filter is suggested. From experimen...