Brightness Temperature Variances from On-Planet Views in the A1–A3 and B1 Channels by the Mars Climate Sounder

This dataset contains significant data analysis products related to a manuscript entitled, “A Multiannual Record of Gravity Wave Activity in Mars's Lower Atmosphere from the Mars Climate Sounder,” which was accepted The Planetary Science Journal on 4 February 2022 as:

"Mars Climate Sounder observations of gravity wave activity throughout Mars's lower atmosphere"

These fall into three broad categories: diagnoses of detrended brightness temperature variance in four channels in individual views in the nadir or off-nadir by Mars Climate Sounder on board Mars Reconnaissance Orbiter; averages and other statistics of those diagnoses in space and time; and estimated gravity wave visibility functions for nadir and off-nadir views. This document presumes the manuscript is available to the dataset user.

See MCS_OP_A13_B1_GW_Analysis_Dataset_Documentation.pdf for more detailed documentation.

本数据集包含与一篇已收录的学术手稿相关的重要数据分析成果。该手稿题为《来自火星气候探测器（Mars Climate Sounder）的火星低层大气重力波活动多年记录》，于2022年2月4日被《行星科学期刊（The Planetary Science Journal）》接收，原文标题为"Mars Climate Sounder observations of gravity wave activity throughout Mars's lower atmosphere"。

此类成果可划分为三大类别：
1. 针对火星勘测轨道器（Mars Reconnaissance Orbiter）搭载的火星气候探测器在天底或非天底单次观测中4个通道的去趋势亮度温度方差开展诊断分析；
2. 上述诊断结果在空间与时间维度上的平均值及其他统计特征；
3. 针对天底与非天底观测的重力波可见度估算函数。

本文档默认数据集使用者可查阅该手稿。如需获取更详细的文档说明，请参阅MCS_OP_A13_B1_GW_Analysis_Dataset_Documentation.pdf。