Mars Orbiter magnetometer of China’s First Mars Mission Tianwen‐1
As one of the seven scientific payloads on board the Tianwen‐1 orbiter, the Mars Orbiter Magnetometer (MOMAG) will measure the magnetic fields of and surrounding Mars to study its space environment and the interaction with the solar wind. The instrument consists of two identical triaxial fluxgate ma...
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| Published in: | Earth and planetary physics Vol. 4; no. 4; pp. 384 - 389 |
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| Main Authors: | , , , , , , , , , |
| Format: | Journal Article |
| Language: | English |
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Hoboken, USA
Wiley Periodicals, Inc
01-07-2020
Science Press |
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| Abstract | As one of the seven scientific payloads on board the Tianwen‐1 orbiter, the Mars Orbiter Magnetometer (MOMAG) will measure the magnetic fields of and surrounding Mars to study its space environment and the interaction with the solar wind. The instrument consists of two identical triaxial fluxgate magnetometer sensors, mounted on a 3.19 meter‐long boom with a seperation of about 90 cm. The dual‐magnetometers configuration will help eliminate the magnetic field interference generated by the spacecraft platform and payloads. The sensors are controlled by an electric box mounted inside the orbiter. Each magnetometer measures the ambient vector magnetic field over a wide dynamic range (to 10,000 nT per axis) with a resolution of 1.19 pT. Both magnetometers sample the ambient magnetic field at an intrinsic frequency of 128 Hz, but will operate in a model with alternating frequency between 1 and 32 Hz to meet telemetry allocations. |
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| AbstractList | As one of the seven scientific payloads on board the Tianwen‐1 orbiter, the Mars Orbiter Magnetometer (MOMAG) will measure the magnetic fields of and surrounding Mars to study its space environment and the interaction with the solar wind. The instrument consists of two identical triaxial fluxgate magnetometer sensors, mounted on a 3.19 meter‐long boom with a seperation of about 90 cm. The dual‐magnetometers configuration will help eliminate the magnetic field interference generated by the spacecraft platform and payloads. The sensors are controlled by an electric box mounted inside the orbiter. Each magnetometer measures the ambient vector magnetic field over a wide dynamic range (to 10,000 nT per axis) with a resolution of 1.19 pT. Both magnetometers sample the ambient magnetic field at an intrinsic frequency of 128 Hz, but will operate in a model with alternating frequency between 1 and 32 Hz to meet telemetry allocations. |
| Author | Hao, XinJun Zhang, TieLong Wang, YuMing Hu, XiaoWen Li, YiRen Pan, ZongHao Liu, Kai Chen, ManMing Shen, ChengLong Li, Xin |
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| References | 1971; 76 1979; 12 2007; 128 2006; 54 2015a; 195 2008; 19 1998; 177‐181 2008 2010; 152 1975; 1 1998a; 279 2004 2008; 41 2014; 41 2006; 126 2003; 30 2008; 141 1998; 9 1975; 80 |
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| Snippet | As one of the seven scientific payloads on board the Tianwen‐1 orbiter, the Mars Orbiter Magnetometer (MOMAG) will measure the magnetic fields of and... As one of the seven scientific payloads on board the Tianwen-1 orbiter, the Mars Orbiter Magnetometer (MOMAG) will measure the magnetic fields of and... |
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| Title | Mars Orbiter magnetometer of China’s First Mars Mission Tianwen‐1 |
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