The nonlinear parameter estimation technique can simultaneously estimate the thermal conductivity, heat transfer coefficient and absorbed energy.
采用非线性参数估计可同时估计出热扩散率、散热系数以及试样吸收的能量。
Land surface temperature (LST) is a crucial parameter in indicting thermal energy distribution, the most efficient way to acquire it is through thermal infrared remote sensing images.
区域性的地表温度，是该地区热能量分布的重要参数，通过遥感影像获得是最便捷、最有效的方法。
Land surface temperature (LST) is a crucial parameter in indicting thermal energy distribution, the most efficient way to acquire it is through thermal infrared remote sensing images.
区域性的地表温度，是该地区热能量分布的重要参数，通过遥感影像获得是最便捷、最有效的方法。
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