Mission-integrated magnetometer data at Jupiter & Saturn spanning 6+ months for detection of magnetar/dwarf novae-type prebursting evolution of Jupiter vs. Saturn, 100-minute averages

Mission-integrated ⪅8nT magnetometer (MAG) data at Jupiter and Saturn, 100-minute averages. Data consist of the only available MAG measurements that spanned at least 6 months (180 Earth days), and include the Cassini–Huygens, Galileo, and Juno missions. Steven P. Joy and Joe Mafi (UCLA & NASA Planetary Data System/Planetary Plasma Interactions Node) provided concatenated and RTN-rotated Jupiter MAG 1-minute averages from Galileo and Juno, including random samples of field swelling. The Cassini RTN MAG calibrated 1-minute averages at Saturn and Jupiter were from the original Cassini–Huygens mission release. Subannual planetary magnetic fields variations ironed-out globally (maneuvers and moon flybys discarded).

集成任务型8nT磁强计（MAG）在木星和土星上的数据，100分钟平均。数据包括跨越至少6个月（180个地球日）的唯一可用MAG测量值，涵盖了卡西尼-惠更斯、伽利略和朱诺任务。由史蒂文·P·乔伊和乔·马菲（加州大学洛杉矶分校与NASA行星数据系统/行星等离子体相互作用节点）提供了伽利略和朱诺任务的连接和RTN旋转的木星MAG 1分钟平均值，包括随机选取的场膨胀样本。土星和木星上的卡西尼RTN MAG校准的1分钟平均值来自原始的卡西尼-惠更斯任务发布。全球范围内消除了季节性行星磁场变化的铁磁性（排除机动和月球飞越）。