四端口硅微环频域响应

Shared-Vector AAA Complex Frequency Surrogate

两条耦合波导与硅微环形成四端口光子器件。工作波长改变后，环内谐振和端口之间的能量传输随之变化。

输入 1548 至 1552 nm 的波长，模型在 52,972 个固定三维点上预测电场和磁场的实部、虚部、电场强度与坡印廷矢量。四个冻结后独立波长的逐场对比已经通过。

几何范围

Four-port silicon microring with two coupled waveguides

几何约束

fixed_geometry_materials_ports_boundaries_and_points

可调输入

输出字段

• domain: Electric Field Real X, Electric Field Real Y, Electric Field Real Z, Electric Field Imaginary X, Electric Field Imaginary Y, Electric Field Imaginary Z, Magnetic Field Real X, Magnetic Field Real Y, Magnetic Field Real Z, Magnetic Field Imaginary X, Magnetic Field Imaginary Y, Magnetic Field Imaginary Z, Electric Field Magnitude, Poynting Vector X, Poynting Vector Y, Poynting Vector Z

已登记验证

registered_status

passed

registered_parameters

wavelength_nm: 1548.7

registered_reference

Post-freeze COMSOL same-point final-blind complex fields

holdout_metrics

E_x: Relative L2: 1.4613694618958555e-06; threshold: 0.05; E_y: Relative L2: 1.634338590226548e-06; threshold: 0.05; E_z: Relative L2: 2.5514425022274403e-06; threshold: 0.05; H_x: Relative L2: 2.120011784808283e-06; threshold: 0.05; H_y: Relative L2: 1.4188602784040127e-06; threshold: 0.05; H_z: Relative L2: 1.5036518677756758e-06; threshold: 0.05

aggregate_final_blind

condition_count: 4; maximum_field_relative_l2: 2.5514425022274403e-06; maximum_electric_field_magnitude_relative_l2: 1.0796453856899033e-06; maximum_poynting_vector_relative_l2: 1.6050081010634092e-06