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首页> 外文期刊>Icarus: International Journal of Solar System Studies >Rotationally resolved spectroscopy of asteroid pairs: No spectral variation suggests fission is followed by settling of dust
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Rotationally resolved spectroscopy of asteroid pairs: No spectral variation suggests fission is followed by settling of dust

机译:小行星对的旋转分辨光谱:没有光谱变化表明裂变后尘埃沉淀

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The fission of an asteroid due to fast rotation can expose sub-surface material that was never previously exposed to any space weathering process. We examine the spectral properties of asteroid pairs that were disrupted in the last 2 million years to examine whether the site of the fission can be revealed. We studied the possibility that the sub-surface material, perhaps on one hemisphere, has spectral characteristics differing from the original weathered surface. This was achieved by performing rotationally-resolved spectroscopic observations to look for local variations as the asteroid rotates.
机译:由于快速旋转造成的小行星裂变会暴露出以前从未经历过任何空间风化过程的地下物质。我们检查了在过去200万年中被破坏的小行星对的光谱特性,以检查是否可以揭示裂变的位置。我们研究了可能在一个半球上的地下材料具有与原始风化表面不同的光谱特征的可能性。这是通过执行旋转分辨光谱观察以寻找小行星旋转时的局部变化来实现的。

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