Correcting GOES-R Magnetometer Data for Stray Fields.

机译：校正杂散场的GOEs-R磁强计数据。

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Time-varying spacecraft magnetic fields or stray fields are a problem for magnetometer systems. While constant fields can be removed with zero offset calibration, stray fields are difficult to distinguish from ambient field variations. Putting two magnetometers on a long boom and solving for both the ambient and stray fields can be a good idea, but this gradiometer solution is even more susceptible to noise than a single magnetometer. Unless the stray fields are larger than the magnetometer noise, simply averaging the two measurements is a more accurate approach. If averaging is used, it may be worthwhile to explicitly estimate and remove stray fields. Models and estimation algorithms are provided for solar array, arcjet and reaction wheel fields.

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Carter, D. R.; Freesland, D. C.; Tadikonda, S. K.; Kronenwetter, J.; Todirita, M.; Dahya, M.; Chu, D.;
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年度 2016
页码 1-6
总页数 6
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Magnetometers; Time; Variations; Solar arrays; Reaction wheels; Magnetic fields; Field strength; Environmental research satellites; Dipole moments; Algorithms; Electromagnetism; Gradiometers;

机译：磁强计;时间;变化;太阳能电池阵列;反作用轮;磁场;场强;环境研究卫星;偶极矩;算法;电磁学;梯度计;
入库时间 2022-08-29 10:46:14

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1. Reconstruction of a Media Boundary Based on the Spatial Distribution of Stray Magnetic Fields. III. A Method for Solving the Inverse Geometric Problem of Magnetostatics at Small Boundary Perturbations [J] . L. N. Krotov Russian Journal of Nondestructive Testing . 2004,第6期

机译：基于杂散磁场的空间分布重构介质边界。三，小边界扰动下静磁几何反问题的一种求解方法
2. Reconstruction of a Media Boundary Based on the Spatial Distribution of Stray Magnetic Fields. II. Definition and Method of Solving the Inverse Geometric Problem of Magnetostatics [J] . L. N. Krotov Russian Journal of Nondestructive Testing . 2004,第6期

机译：基于杂散磁场的空间分布重构介质边界。二。静磁几何反问题的定义和求解方法
3. Stray magnetic field compensation with a scalar atomic magnetometer [J] . Belfi J., Bevilacqua G., Biancalana V., Review of Scientific Instruments . 2010,第6期

机译：标量原子磁力计的杂散磁场补偿
4. CORRECTING GOES-R MAGNETOMETER DATA FOR STRAY FIELDS [C] . Delano Carter, Douglas Freesland, Sivakumara K. Tadikonda, 2016 ESA Workshop on Aerospace EMC . 2016

机译：校正杂散场的Goes-R磁通计数据
5. Assessment of lightning jump algorithms using GOES-R GLM proxy data for severe weather detection. [D] . Proch, Dan A. 2010

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6. Automated Storm Tracking and the Lightning Jump Algorithm Using GOES-R Geostationary Lightning Mapper (GLM) Proxy Data [O] . ELISE V. SCHULTZ, CHRISTOPHER J. SCHULTZ, LAWRENCE D. CAREY, -1

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7. Lessons Learned from Flight Observations of the GOES-R Magnetometer [O] . R. Schnurr, T. Bonalsky, M. Todirita, 2019

机译：从Guid-R磁力计的飞行观察中汲取的经验教训
8. Correcting GOES-R Magnetometer Data for Stray Fields. [R] . Carter, D., Freesland, D., Tadikonda, S., 2016

机译：校正杂散场的GOEs-R磁强计数据。

Correcting GOES-R Magnetometer Data for Stray Fields.

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