Application of the Stabilization Theory of Continuum Dynamics to Nanoelectric Modelling

将开发高效的计算算法来计算用于共振隧道二极管、量子点等的层状异质结构器件（GaAs、GaAlAs）的器件特性。散射算法将改编自计算化学对纳米器件的应用，包括外部磁场的影响。PI将与伊利诺伊大学的国家计算电子学中心合作，获得材料参数以及计算实验中需要解决的重要物理问题。这是层状异质结构的特点​$ $ (F / L L 1 Times Symbol " Helvetica 5 Courier New L " h (S R:\WW20USER\ABSTRACT。DOT摘要Alicia E. Harris

9408881 Taylor Efficient computational algorithms will be developed to compute device characteristics of layered heterostructure devices (GaAs, GaAlAs) for resonance tunneling diodes, quantum dots, etc. The scattering algorithms will be adapted from computational chemistry ton nano-device applications including the effects of external magnetic fields. The PI will collaborate with the National Center for Computational Electronics at University of Illinois to obtain the materials parameters as well as the important physics to be resolve in the computational experiments. *** v s t racteristics of layered heterostructu $ $ ( F / L L 1 Times Symbol " Helvetica 5 Courier New L " h e e ( S R:\WW20USER\ABSTRACT.DOT abstract Alicia E. Harris Alicia E. Harris