为了有效评估电动汽车内直流动力电缆产生的磁场对车厢内乘客健康的影响,基于有限元软件Comsol Multiphysics,仿真计算了车厢内不同乘坐位置人体组织中的磁通密度分布.研究结果表明,不同乘坐位置人体各组织中磁通密度值均远小于IEEE C 9...为了有效评估电动汽车内直流动力电缆产生的磁场对车厢内乘客健康的影响,基于有限元软件Comsol Multiphysics,仿真计算了车厢内不同乘坐位置人体组织中的磁通密度分布.研究结果表明,不同乘坐位置人体各组织中磁通密度值均远小于IEEE C 95. 6-2002中规定的暴露限值118 m T,电动汽车内直流动力电缆产生的磁场不会对车厢内各位置乘客构成健康威胁.展开更多
In this paper, an extended Kendall model for the priority scheduling input-line group output with multi-channel in Asynchronous Transfer Mode (ATM) exchange system is proposed and then the mean method is used to model...In this paper, an extended Kendall model for the priority scheduling input-line group output with multi-channel in Asynchronous Transfer Mode (ATM) exchange system is proposed and then the mean method is used to model mathematically the non-typical non-anticipative PRiority service (PR) model. Compared with the typical and non-anticipative PR model, it expresses the characteristics of the priority scheduling input-line group output with multi-channel in ATM exchange system. The simulation experiment shows that this model can improve the HOL block and the perfonnance of input-queued ATM switch network dramatically. This model has a better developing prospect in ATM exchange system.展开更多
文摘为了有效评估电动汽车内直流动力电缆产生的磁场对车厢内乘客健康的影响,基于有限元软件Comsol Multiphysics,仿真计算了车厢内不同乘坐位置人体组织中的磁通密度分布.研究结果表明,不同乘坐位置人体各组织中磁通密度值均远小于IEEE C 95. 6-2002中规定的暴露限值118 m T,电动汽车内直流动力电缆产生的磁场不会对车厢内各位置乘客构成健康威胁.
文摘In this paper, an extended Kendall model for the priority scheduling input-line group output with multi-channel in Asynchronous Transfer Mode (ATM) exchange system is proposed and then the mean method is used to model mathematically the non-typical non-anticipative PRiority service (PR) model. Compared with the typical and non-anticipative PR model, it expresses the characteristics of the priority scheduling input-line group output with multi-channel in ATM exchange system. The simulation experiment shows that this model can improve the HOL block and the perfonnance of input-queued ATM switch network dramatically. This model has a better developing prospect in ATM exchange system.