<p class="Normal1"><strong>Abstract: </strong>Total solar eclipse on March 9, 2016, could only be observed optimally in Indonesia. It’s the best condition to analyze the intensity fluctuation of corona. Intensity data retrieval can be done under the total solar eclipse because the corona are visible at that time. The data retrieval did not use coronagraph, but DSLR camera which connected to a telescope. This became a simple acquisition system. Intensity analysis was obtained by using IRIS 5.59 software and it has 200 pixels length in the corona. Height by intensity based data between 8,895.58-15,099.72 was equivalent to 4,000 km – 40,000.46 km from the defined solar’s surface.</p><p class="Normal1"> </p><p class="Normal1"><strong>Keywords:</strong><em> </em>Total Solar Eclipse, Corona Image Intensity</p><p class="Normal1"> </p><p class="Normal1"><strong>Abstrak:</strong> Gerhana Matahari total 9 Maret 2016, hanya bisa diamati secara optimal di Indonesia. Kejadian gerhana ini merupakan kondisi terbaik untuk menganalisis fluktuasi intensitas korona. Pengambilan data intensitas bisa dilakukan ketika terjadi gerhana Matahari total karena korona terlihat pada waktu itu. Pengambilan data tidak menggunakan koronagraf, melainkan menggunakan kamera DSLR yang terhubung ke teleskop. Metode ini merupakan metode pengambilan data yang menerapkan sistem akuisisi sederhana. Analisis intensitas korona dilakukan dengan menggunakan software IRIS 5.59 dan menggunakan data 200 piksel di korona. Hasil penelitian menunjukkan bahwa nilai intensitas korona berada pada rentangan 8.895,58-15.099,72, dimana nilai ini berada pada ketinggian 4.000 km - 40.000,46 km dari permukaan Matahari.</p><p class="Normal1"> </p><p class="Normal1"><strong>Kata kunci :</strong> Gerhana Matahari Total, Intensitas Citra Korona</p>
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