星载遥感器的挡光环优化设计与分析。
Optimum design and analysis of vane in satellite remote sensor.
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光学遥感器小型化对于空间遥感是非常重要的。
The miniaturization of the optical remote sensors is important for the space remote sensing.
空间遥感成像的分析对于遥感器的运用至关重要。
To apply a spacial remote sensor, the remote imaging analysis is the key problem.
像移补偿技术是高分辨力航空遥感器的关键技术。
Image motion compensation (IMC) is the key technology of high-resolution aerial remote sensor.
文章主要研究采用刀刃法测量在轨遥感器的MTF。
This paper mainly does research on how to use Edge Method to measure the MTF of on-orbit remote sensor.
红外遥感器的MTF的变化直接影响到成像结果的变化。
The change of MTF of infrared remote sensor affects the change of the outcome of image directly.
光谱波段是光学遥感器设计中需要考虑的一个重要指标。
The spectral waveband is an important factor to be investigated in optical remote sensor design.
然后，以对日低温工况热设计为主对遥感器进行了热设计。
Then, thermal design was concentrated on the sun-oriented work pattern in low-temperature condition primarily.
该方法所带来的误差是大气模式、遥感器视角和通道的函数。
The relative error from this method is dependent on the atmospheric model, the scanning angle and channel.
星载雷达高度计是一种重要的对海洋进行精确测量的主动式微波遥感器。
Spaceborne radar altimeter is an important active microwave remote sensor which is able to measure the oceans with high accuracy.
利用有限元工程分析技术对空间光学遥感器的遮光罩结构方案进行了选择。
The structure scheme of baffle for space optical remote sensor is selected by means of finite element method.
对遥感器进行辐射定标、对遥感数据进行真实性检验的工作已在深入开展。
The sensor calibration and its products'validation have been thoroughly studied and carried out.
文章首先分析了光学遥感器偏振特性的表述及与遥感器系统辐射灵敏度的关系。
The article analyzes the formulation of the polarization of optical remote sensor and its regulation with the radiant sensitivity of remote sensing system.
在中国新一代气象卫星风云三号搭载的遥感器中，不同遥感器设有相近的通道。
The different remote sensors on China new generation meteorology satellite FY-3 have similar thermal infrared channels.
针对一种航空遥感器白勺像移补偿系统，简要介绍了系统白勺原理和设计思想。
The principle and design idea of an image motion compensation system is introduced in an aerial remote sensor.
文中对德国、法国、印度和美国航天光学遥感器研制情况的一个侧面进行了简述。
The paper introduces the development of space remote sensors in Germany, France, India and America.
除了更多各类的遥感器得以使用外，卫星的图像分辨率和覆盖能力也有了很大的改进。
Besides more different kinds of remote sensors being used, the revolution of image and the capacity of coverage of the satellite have also been much improved.
另一方面，随着卫星遥感器在轨运行时间的增长，其性能会逐渐退化，MTF也会逐渐下降。
On the other hand, when the remote sensor runs on orbit, its performance will gradually degenerate and MTF will gradually descend too.
文中就4j32低膨胀合金在航天遥感器型号产品上的应用和切削加工及热处理进行了综述。
This paper sums up the cutting, heat treatment of 4. J32 low-expansion alloy applied in a space instrument, analyses the reasons why 4j32 is difficult to be cut.
作为具有国际先进水平的新型微波遥感器，CIALT的实现非常复杂，采用了许多先进技术。
As internationally advanced new microwave remote sensor, CIALT is very complex and adopts many new techniques.
空间光学遥感器在轨运行过程中要承受太阳辐射和空间冷热沉、黑热沉等恶劣温度环境的影响。
The space optical remote sensor is influenced by the solar radiation, albedo, earth emitted infrared and other heat sources as flying in the heat dreariness astrospace.
概述了当前航天光学成像遥感器在对地、对天观测的多个领域的应用现状及其达到的性能指标。
Recent development status and equipments performance of space optical remote sensors in both earth and space detection fields are described.
卫星遥感器绝对辐射定标系数的有效性检验，是对卫星遥感精度进行全面评价的最有效手段之一。
It's one of the most available means of general satellite remote sensing accuracy assessment to validate the absolute calibration coefficients of the satellite-based sensor.
TMA空间光学系统可以同时实现大视场和轻型化，在目前空间光学遥感器中得到了广泛的应用。
TMA space optical system can obtain wide field of view and lightweight simultaneously, so this kind of space telescope has been applied widely in the current.
大型空间遥感器结构复杂、重量大，在研制过程中，给地面动力学环境试验工装的设计带来很大的困难。
Large space remote sensor's structure is very complex, and it's weight is heavy. In development process, the design of fixture is a difficult work.
发射过程中的力学环境和在轨运行时的热环境，影响航天光学遥感器的尺寸稳定性，进而影响成像质量。
Dynamic environment in launching and thermal environment on orbit affect dimension stability of space optical remote sensor, thus declining its imaging quality.
合成孔径雷达（SAR）作为主动式遥感器，是一种利用雷达本身发射的电磁波进行高分辨率成像的系统。
Synthetic Aperture Radar (SAR), as a kind of active remote sensor, is a system that can scan and image earth surface object in a high resolution using its EM wave.
提出了基于倒易晶胞理论的自适应倒易晶胞用于调整错位频谱的方法，进一步提高了遥感器的有效分辨率。
On the basis of reciprocal cell, adapted reciprocal cell was used to correct the vicarious spectrum and improve the effective resolution still further.
提出了基于倒易晶胞理论的自适应倒易晶胞用于调整错位频谱的方法，进一步提高了遥感器的有效分辨率。
On the basis of reciprocal cell, adapted reciprocal cell was used to correct the vicarious spectrum and improve the effective resolution still further.
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