Lunar surface image
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Human Spaceflight Standards logo
Human Spaceflight Standards logo
A red-yellow airglow blankets Earth's horizon as the city lights of southwestern Europe and North Africa sparkle in contrast to the Atlantic Ocean and the Mediterranean Sea that separates the two continents. The International Space Station was orbiting 262 miles above the Atlantic at approximately 7:47 p.m. local time when this photograph was taken.
A red-yellow airglow blankets Earth's horizon as the city lights of southwestern Europe and North Africa sparkle in contrast to the Atlantic Ocean and the Mediterranean Sea that separates the two continents. The International Space Station was orbiting 262 miles above the Atlantic at approximately 7:47 p.m. local time when this photograph was taken.
月球轨道与表面 IMM 运行
Square image filled with blue, white, yellow, and red points of light of different size and brightness, most of which are stars. The larger and brighter stars show Webb’s distinctive diffraction pattern consisting of eight spikes radiating from the center. At the lower right is a scale bar labeled 2 light-years. The scale bar is two-ninths the width of the image, and shows that throughout the image, the distance between adjacent stars is a fraction of one light-year. The density of stars and brightness of the image is greatest in the upper left portion of the image where the stars are much closer together, and decreases gradually toward the bottom right where they are farther apart. The number of larger, brighter stars also appears to decrease from the upper left toward the lower right.
Square image filled with blue, white, yellow, and red points of light of different size and brightness, most of which are stars. The larger and brighter stars show Webb’s distinctive diffraction pattern consisting of eight spikes radiating from the center. At the lower right is a scale bar labeled 2 light-years. The scale bar is two-ninths the width of the image, and shows that throughout the image, the distance between adjacent stars is a fraction of one light-year. The density of stars and brightness of the image is greatest in the upper left portion of the image where the stars are much closer together, and decreases gradually toward the bottom right where they are farther apart. The number of larger, brighter stars also appears to decrease from the upper left toward the lower right.
月球轨道与表面 IMM 运行
月球轨道与表面 IMM 运行
月球轨道与表面 IMM 运行
月球轨道与表面 IMM 运行

内容提要
本文建议在使用模拟结果时应保持谨慎。输出结果的权重应根据其在决策过程中的可信度进行适当调整。

原文全文译文

强烈建议在使用模拟结果时务必谨慎，且输出结果的权重应根据其在辅助决策方面的可信度进行适当调整。

分类：航天任务

来源与许可

原文来自公共领域来源；译文由机器生成，请以原文为准。 原始页面