K. Burhanudin, M. H. Jusoh, Z. I. A Latiff, A. Zainuddin, F. Kamaruddin, M. Hashim, Magdas CPMN Group
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引用次数: 0
摘要
120摘要-磁数据采集系统(MAGDAS)是日本福冈九州大学部署的实时磁强计系统,作为对联合国国际太阳物理年的一部分贡献。用于实时数据采集的磁力计是YU-8T SN-59,这是MAGDAS磁力计第一模型的一部分。本文讨论了MAGDAS BTG磁数据的特点,以及该数据在空间和气象领域进一步研究的可能性。MAGDAS系统的安装位置位于马来西亚班亭(BTG)的马来西亚航天局(MYSA)(地理经纬度:2.78O, 101.51O,地磁经纬度:6.86O, 174.10O)。采集、分析磁场数据,并与MAGDAS LKW、USM和World magnetic Model (WMM)进行比较,验证MAGDAS BTG的性能。该研究的重要性在于确定MAGDAS BTG磁数据响应太阳事件和GIC形成的可靠性和特征。
The Analysis of the Geomagnetic Data during the installation of the First MAGDAS System at the Malaysian Space Agency
120 Abstract— Magnetic Data Acquisition System (MAGDAS) is a system of the real-time magnetometer deploy by Kyushu University of Fukuoka, Japan as a part of the contribution to the International Heliophysical Year of United Nations[1]. The magnetometer used for real-time data acquisition is YU-8T SN-59, which is a part of the first model of the MAGDAS magnetometer. This paper discussed the characteristic of the magnetic data from the MAGDAS BTG and the possibility of the data to be used for further research study in the field of space and weather. There is 3 main magnetic field component from YU-8T magnetometer that describes the magnetic field which is Horizontal Intensity (Hcomponent), Declination (D-component) and Vertical Component (Z-component). The installation of the MAGDAS system is located at Malaysian Space Agency (MYSA), Banting (BTG), Malaysia (geographic latitude and longitude: 2.78O, 101.51O, and geomagnetic latitude and longitude: 6.86O, 174.10O). The YU-8T magnetometer measures the earth’s magnetic field in horizontal intensity(H), declination(D), and field down(Z). The magnetic field data were collected, analyze, and compared with the MAGDAS LKW, USM, and the World Magnetic Model (WMM) to verify the performance of the MAGDAS BTG. The importance of the study is to identify the reliability and characteristic of the magnetic data from the MAGDAS BTG in response to the solar event and GIC formation.