首页> 外文期刊>Icarus: International Journal of Solar System Studies >A bolometric Bond albedo map of Iapetus: Observations from Cassini VIMS and ISS and Voyager ISS
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A bolometric Bond albedo map of Iapetus: Observations from Cassini VIMS and ISS and Voyager ISS

机译:Iapetus的邦德反射率反辐射图:来自卡西尼号VIMS和国际空间站以及旅行者国际空间站的观测

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We utilized Cassini VIMS, Cassini ISS, and Voyager ISS observations of Iapetus to produce the first bolometric Bond albedo map of Iapetus. The average albedo values for the leading and trailing hemispheres are 0.06 ± 0.01 and 0.25 ± 0.03, respectively. However, the bright material in high-resolution ISS images has a value of 0.38 ± 0.04, highlighting the importance of resolution in determining accurate albedo values for Iapetus due to the speckling of localized regions of dark material into the trailing hemisphere. The practical application of this map is determining more accurate surface temperatures in thermal models; these albedo values translate into first order blackbody temperatures of 125.5. K and 118.4. K for the trailing and leading hemispheres at the semi-major axis.
机译:我们利用Ispetus的Cassini VIMS,Cassini ISS和Voyager ISS观测来生成Iapetus的第一个辐射热分析邦德反照率图。前半球和后半球的平均反照率分别为0.06±0.01和0.25±0.03。但是,高分辨率ISS图像中的亮物质的值为0.38±0.04,这突出说明了分辨力对于确定伊阿佩特斯的准确反照率值的重要性,这是因为暗物质的局部区域散布到了后半球。该图的实际应用是在热模型中确定更准确的表面温度。这些反照率值转化为125.5的一阶黑体温度。 K和118.4。 K为半长轴上的尾半球和前半球。

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