Jd. Plummer et Pb. Griffin, CHALLENGES FOR PREDICTIVE PROCESS SIMULATION IN SUB 0.1 MU-M SILICON DEVICES, Nuclear instruments & methods in physics research. Section B, Beam interactions with materials and atoms, 102(1-4), 1995, pp. 160-166
The promise of process simulation has always been that it could replac
e costly experiments in the development of new technology. The reality
has been far less, primarily because of deficiencies in the physical
models underlying such simulations. This situation is changing rapidly
however, as better physically based models are developed. This paper
describes recent progress in developing physically based process simul
ators like SUPREM. A number of examples will be shown which will illus
trate the growing predictive power of such TCAD tools, even for silico
n structures well beyond current manufacturing practice.