1995Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Comparison of scalar and vector modeling of image formation in photoresist

Chris A. Mack, Ching-Bo Juang

Open publisher page 6 citations

Abstract

A comparison is made between several scalar models for the formation of an image in a photoresist film with differing approximations and a vector model. It was found that up to a numerical apertures of 0.7, a full scalar model showed no appreciable deviation from the vector mode. However, when several common assumptions were made to simplify the scalar model, significant errors resulted at a higher numerical apertures.

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What this paper is about

A comparison is made between several scalar models for the formation of an image in a photoresist film with differing approximations and a vector model. It was found that up to a numerical apertures of 0.7, a full scalar model showed no appreciable deviation from the vector mode. However, when several common assumptions were made to simplify the scalar model, significant errors resulted at a higher numerical apertures.

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Available abstract

A comparison is made between several scalar models for the formation of an image in a photoresist film with differing approximations and a vector model. It was found that up to a numerical apertures of 0.7, a full scalar model showed no appreciable deviation from the vector mode. However, when several common assumptions were made to simplify the scalar model, significant errors resulted at a higher numerical apertures.

Key concepts: Scalar (mathematics), Photoresist, Scalar field, Optics, Physics, Computer science, Materials science, Mathematics

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