介绍影响微波辐射计灵敏度的两个主要因素：系统增益和本机噪声。
The Systemic gain and receiver noise, as two main influencing factors of radiometer sensitivity, are described in this paper.
简述了进行高空间分辨率，高灵敏度微波辐射计研究的必要性。
In this paper, the necessity of studying, high spatial resolution and high sensitivity microwave radiometer was introduced briefly.
灵敏度是传统上衡量微波辐射计测量精度的主要指标，但并不适合对单帧亮温图像的质量进行评估。
Traditionally, sensitivity is major performance parameter of microwave radiometer measurement precision, but it is not appropriate to quality assessment of single brightness temperature image.
为了适应未来星载微波辐射计新型扫描方式的要求，提出了结构简单、高稳定、高灵敏度的微波辐射计方案——计算机增益波动自动补偿微波辐射计。
For adapting to new scanning type of future satellite microwave radiometer, a new microwave radiometer model which has structure simplicity, high stability, high sensitivity was suggested...
为了适应未来星载微波辐射计新型扫描方式的要求，提出了结构简单、高稳定、高灵敏度的微波辐射计方案——计算机增益波动自动补偿微波辐射计。
For adapting to new scanning type of future satellite microwave radiometer, a new microwave radiometer model which has structure simplicity, high stability, high sensitivity was suggested...
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