可以通过实验测定和参数估计依次求取这些子网络的速率常数。
The rate constants of these sub-networks can be sequentially determined by experiment and then by parameter estimation.
从理论上分析了该器件的起偏机理，并通过实验测定了该器件的偏振度指标。
The polarizing mechanism of the laser was analyzed theoretically, and the linear polarization degree of the output light was measured experimentally.
并通过实验测定了地表面的温度分布和采暖空间的温度分布，模拟结果与实验相符。
The floor surface temperature distribution and heating space temperature distribution were tested by experiment. The simulation results are consistent with the experimental results.
应用推荐