CST MWS如何查看损耗在各个材料中的分配

计算了一个结构材料，由自定义的Lossy metal和Lorentz model的电介质2种材料构成，用时域算完以后用后处理计算了在2个吸收频率处的Thermal losses，结果如下（8个结果对应8个场监视器）：
Computed 8 thermal loss distributions.
-----------------------------------------------------------------------------------
1: current (f=1.088)_1,1
    Solver    : Transient solver
    Grid      : Hex
    Field Type: Dynamic Current
    Loss Type : Electric Volume Loss
    Total Loss: 2.461336e-001 W (rms)
2: current (f=1.148)_1,1
    Solver    : Transient solver
    Grid      : Hex
    Field Type: Dynamic Current
    Loss Type : Electric Volume Loss
    Total Loss: 2.535106e-001 W (rms)
3: e-field (f=1.088)_1,1
    Solver    : Transient solver
    Grid      : Hex
    Field Type: Dynamic E-Field
    Loss Type : Electric Volume Loss
    Total Loss: 2.461336e-001 W (rms)
4: e-field (f=1.148)_1,1
    Solver    : Transient solver
    Grid      : Hex
    Field Type: Dynamic E-Field
    Loss Type : Electric Volume Loss
    Total Loss: 2.535107e-001 W (rms)
5: h-field (f=1.088)_1,1
    Solver    : Transient solver
    Grid      : Hex
    Field Type: Dynamic H-Field
    Loss Type : Surface Loss
    Total Loss: 2.269823e-001 W (rms)
6: h-field (f=1.148)_1,1
    Solver    : Transient solver
    Grid      : Hex
    Field Type: Dynamic H-Field
    Loss Type : Surface Loss
    Total Loss: 2.245989e-001 W (rms)
7: loss (f=1.088)_1,1
    Solver    : Transient solver
    Grid      : Hex
    Field Type: Dynamic Loss density
    Loss Type : Electric Volume Loss
    Total Loss: 1.877123e-001 W (rms)
8: loss (f=1.148)_1,1
    Solver    : Transient solver
    Grid      : Hex
    Field Type: Dynamic Loss density
    Loss Type : Electric Volume Loss
    Total Loss: 1.934078e-001 W (rms)
不知道怎么看损耗在金属和介质中的分配情况啊?难道Electric Volume Loss就是指介质的热耗散，Surface Loss就是指金属的焦耳热?（帮助里的两个公式实在不明白。）而且7、8计算的loss又是什么呢，如果是总消耗怎么数值比前面个都要小?求高手指点。