CSAR 62 is a new positive tone electron beam resist designed to have similar performance to ZEP520A in resolution, speed, and etch resistance. In this paper, the authors have used the resist to carry out high resolution electron beam lithography and as a mask for reactive ion etching on dielectrics, gallium arsenide, and silicon substrates coated with a 160 nm film of aluminum. Comparisons have been made between the results obtained using CSAR 62, ZEP520A, and polymethylmethacrylate. The authors conclude that CSAR 62 does demonstrate similar resolution, sensitivity, and etch resistance as ZEP520A but also gives rise to substantial resist residuals after development. These are almost entirely eliminated by using an alternative developer
High resolution processes are demonstrated with a positive-mode chemically amplified AXT top surface...
High resolution processes are demonstrated with a positive-mode chemically amplified AXT top surface...
Copolymers of methyl methacrylate (MMA) and 3-triethoxysilylpropyl methacrylate (ESPMA) were synthes...
CSAR 62 is a new positive tone electron beam resist designed to have similar performance to ZEP520A ...
ZEP‐520 and KRS resist systems have been evaluated as candidates for use in low voltage electron bea...
ZEP‐520 and KRS resist systems have been evaluated as candidates for use in low voltage electron bea...
The primary objective of this investigation was to obtain maximum electron beam resist contrast (gam...
The temperature dependence of the electron-beam sensitive resist CSAR 62 is investigated in its nega...
Study of topographical and structural changes occurring in a positive resist known as SML after elec...
In this contribution, we present the results of a systematic material variation for the development ...
Herein, we present the results of a systematic material development study we carried out in order to...
ZEP brand electron beam resists are well-known for their high sensitivity and etch durability. The v...
A modern alternative to the positive-tone PMMA resist is the ZEP 520A (Nippon Zeon) brand co-polymer...
Contrast in positive electron resist NPR can be en-hanced by introducing a surface-modified layer. W...
International audienceIn electron beam lithography, poor resist adhesion to a substrate may lead to ...
High resolution processes are demonstrated with a positive-mode chemically amplified AXT top surface...
High resolution processes are demonstrated with a positive-mode chemically amplified AXT top surface...
Copolymers of methyl methacrylate (MMA) and 3-triethoxysilylpropyl methacrylate (ESPMA) were synthes...
CSAR 62 is a new positive tone electron beam resist designed to have similar performance to ZEP520A ...
ZEP‐520 and KRS resist systems have been evaluated as candidates for use in low voltage electron bea...
ZEP‐520 and KRS resist systems have been evaluated as candidates for use in low voltage electron bea...
The primary objective of this investigation was to obtain maximum electron beam resist contrast (gam...
The temperature dependence of the electron-beam sensitive resist CSAR 62 is investigated in its nega...
Study of topographical and structural changes occurring in a positive resist known as SML after elec...
In this contribution, we present the results of a systematic material variation for the development ...
Herein, we present the results of a systematic material development study we carried out in order to...
ZEP brand electron beam resists are well-known for their high sensitivity and etch durability. The v...
A modern alternative to the positive-tone PMMA resist is the ZEP 520A (Nippon Zeon) brand co-polymer...
Contrast in positive electron resist NPR can be en-hanced by introducing a surface-modified layer. W...
International audienceIn electron beam lithography, poor resist adhesion to a substrate may lead to ...
High resolution processes are demonstrated with a positive-mode chemically amplified AXT top surface...
High resolution processes are demonstrated with a positive-mode chemically amplified AXT top surface...
Copolymers of methyl methacrylate (MMA) and 3-triethoxysilylpropyl methacrylate (ESPMA) were synthes...