机译:复杂导线故障建模的高级转发方法
Department of Electrical and Computer Engineering, University of Utah, Salt Lake City, UT, USA;
fault location; finite difference methods; reflectometry; shielding; wires (electric); TEM; advanced forward methods; characteristic impedance; coaxial cable shield; complex wire fault modeling; cross-sectional modeling; finite-difference method; finite-integral technique; reflectometry responses; shielded lines; Coaxial cables; Computational modeling; Frequency division multiplexing; Impedance; Time domain analysis; Transmission line matrix methods; Wires; Aerospace wiring; chafes; finite-difference method (FDM); finite-integral technique (FIT); modeling; modified transmission matrix (MTM); reflectometry; simulation; soft faults; wire faults;
机译:复杂有线网络中软故障定位的非迭代方法
机译:不同运动学模型和复杂的侏罗纪地层对建立蒙塔尼亚·德·菲奥里断裂相关褶皱正向模型(意大利亚平宁山脉)的贡献
机译:当部分导线中存在短路和开路故障时,获得多线系统的等效模型
机译:基于非破坏性反射法的复杂未知有线网络中初期故障的定位和表征方法
机译:针对EEG和MEG的现实的正向建模和降低源复杂性的方法。
机译:使用两种钻孔方法插入的Kirschner导线的温度上升:正向和振荡
机译:基于非破坏性反射仪的基于方法和表征复杂未知线网络中的初始故障