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基于量子流体动力学模型的半导体器件模拟

Semiconductor device simulation based on quantum fluid dynamics model
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摘要 基于量子流体动力学模型,自主编制程序开发了半导体器件仿真软件。其中包括快速、准确数值离散方法和准确的物理模型。基于对同一个si双极晶体管的模拟,与商用软件有近似的仿真结果。表明量子流体动力学模型具有可行性,同时也表明数值算法和物理模型的正确性。 The quantum hydrodynamic model-based, self-preparation program was developed semiconductor devices simulation software. Including fast and accurate numerical diseretization method and an accurate physical model. Based on a Si bipolar transistor analog approximate simulation results with the commercial software. That quantum hydrodynamic model is feasible, but also shows the correctness of numerical algorithms and physical models.
作者 董果香
出处 《电子设计工程》 2013年第2期140-143,共4页 Electronic Design Engineering
关键词 量子流体动力学模型 仿真 物理模型 数值计算 quantum hydrodynamic model simulation physical model numerical calculation
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参考文献6

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