基于TM数据的模拟反射率图则囊括TM数据七个波段的信息，信息利用完整，图像质量得到了很大提高。
The simulated reflectance imagine based on TM data has all seven bands information of TM data, and the imagine quality has been I.
数值模拟与微波波段设计的实验结果是基本一致的。
The results of numerical simulation are consistent with experimental results in microwave wavelength regions.
该文重点研究了3-5微米波段海面红外热像的理论模拟方法。
The paper studies the method of simulating the infrared images of sea surface in the wave band of 3-5 micron.
这表明在可见光波段，二流模式已经能够较好模拟冠层反照率，四流模式能够提高的精度范围有限；
This indicates that the two-stream model can simulate the canopy albedo very well and the improvement of four-stream model is limited.
在考虑多重散射效应的情况下，数值模拟了毫米波段的降雨衰减。
Considering the effect of multiple scattering, the rain induced attenuation at millimeter wave frequencies was simulated numerically.
作为亚微米吸收性气溶胶的对比，黄沙气溶胶的辐射传递模拟表明该吸收性气溶胶不能够解释短波段的离水辐亮度的低估。
The effect of the Asian dust was also simulated in comparison with that of small absorptive aerosols. The under-estimation could not be solely attributed to Asian dust.
本文中我们利用盘不稳定模型和星爆模型的基本思想，模拟活动星系核在光学波段的光度和光谱斜率变化，并将模拟的结果和观测进行比较。
In this paper, using disk-instability model and starburst model, the AGN optical variability and spectral slope variability are simulated and confronted with observations.
利用设计的多波段光学系统进行了相关实验，结果证明了模拟分析的正确性，表明此分析能用于指导多波段光学系统的设计和研制。
The analyzed result was approved by the image achieved from the multichannel system, and it indicates that the analysis is a contribution to design and manufacture of multichannel system.
结果显示五种模型在可见光和近红外波段的模拟误差都小于0.0003。
The biases of all the models are less than 0.0003 in both visible and near-infrared regions.
结果显示五种模型在可见光和近红外波段的模拟误差都小于0.0003。
The biases of all the models are less than 0.0003 in both visible and near-infrared regions.
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