This article presents a new method for the calculation of light propagation in resist layers and compares it with scaled defocus and transfer matrix algorithms. Our method is not restricted to homogeneous resist and substrate layers. For the first time, a simulation of focus drilling is presented
The present work analyzes and describes a method for the direct numerical solution of the Maxwell's ...
Several commercial photoresists are characterized with respect to their changes of the real part of ...
A method to construct modal fields for an arbitrary one- or two-dimensional intensity dependent refr...
The details of how photo resist is exposed during lithography processes are extremely important to o...
Realistic simulation of DNQ-novolac thick film resist performance requires accurate modeling of a nu...
A method to construct modal fields for an arbitrary one-or two-dimensional intensity dependent refra...
A method to construct modal fields for an arbitrary one-or two-dimensional intensity dependent refra...
This thesis investigates the simulation of nonlinear effects and the propagation of optical diffract...
In this paper the main features of the Fourier transform and finite difference beam propagation meth...
In the present paper we review the state of the art of two complementary propagation techniques with...
In this paper the main features of the Fourier transform and finite difference beam propagation meth...
The optical design and analysis of modern micro-optical elements with high index contrasts and large...
Abstract: Applications of visualization techniques of light propagation in the tasks of ef...
Rigorous electromagnetic field (EMF) simulation of light diffraction from optical lithography masks ...
As designers become more aggressive in introducing optical components to micro-systems, rigorous opt...
The present work analyzes and describes a method for the direct numerical solution of the Maxwell's ...
Several commercial photoresists are characterized with respect to their changes of the real part of ...
A method to construct modal fields for an arbitrary one- or two-dimensional intensity dependent refr...
The details of how photo resist is exposed during lithography processes are extremely important to o...
Realistic simulation of DNQ-novolac thick film resist performance requires accurate modeling of a nu...
A method to construct modal fields for an arbitrary one-or two-dimensional intensity dependent refra...
A method to construct modal fields for an arbitrary one-or two-dimensional intensity dependent refra...
This thesis investigates the simulation of nonlinear effects and the propagation of optical diffract...
In this paper the main features of the Fourier transform and finite difference beam propagation meth...
In the present paper we review the state of the art of two complementary propagation techniques with...
In this paper the main features of the Fourier transform and finite difference beam propagation meth...
The optical design and analysis of modern micro-optical elements with high index contrasts and large...
Abstract: Applications of visualization techniques of light propagation in the tasks of ef...
Rigorous electromagnetic field (EMF) simulation of light diffraction from optical lithography masks ...
As designers become more aggressive in introducing optical components to micro-systems, rigorous opt...
The present work analyzes and describes a method for the direct numerical solution of the Maxwell's ...
Several commercial photoresists are characterized with respect to their changes of the real part of ...
A method to construct modal fields for an arbitrary one- or two-dimensional intensity dependent refr...