astrometries are crucial for understanding the motion of celestial bodies.
天体测量对于理解天体的运动至关重要。
recent astrometries have revealed new insights about distant galaxies.
最近的天体测量揭示了关于遥远星系的新见解。
astrometries can help in predicting the orbits of asteroids.
天体测量可以帮助预测小行星的轨道。
scientists use astrometries to map the positions of stars.
科学家使用天体测量来绘制星星的位置。
advanced astrometries improve our understanding of the universe.
先进的天体测量提高了我们对宇宙的理解。
astrometries are essential for navigation in space missions.
天体测量对航天任务的导航至关重要。
new techniques in astrometries have enhanced data accuracy.
天体测量的新技术提高了数据的准确性。
astrometries provide vital information for studying exoplanets.
天体测量为研究系外行星提供了重要信息。
astrometries can reveal the presence of dark matter in galaxies.
天体测量可以揭示星系中暗物质的存在。
astrometries play a significant role in the field of astrophysics.
天体测量在天体物理学领域中发挥着重要作用。
astrometries are crucial for understanding the motion of celestial bodies.
天体测量对于理解天体的运动至关重要。
recent astrometries have revealed new insights about distant galaxies.
最近的天体测量揭示了关于遥远星系的新见解。
astrometries can help in predicting the orbits of asteroids.
天体测量可以帮助预测小行星的轨道。
scientists use astrometries to map the positions of stars.
科学家使用天体测量来绘制星星的位置。
advanced astrometries improve our understanding of the universe.
先进的天体测量提高了我们对宇宙的理解。
astrometries are essential for navigation in space missions.
天体测量对航天任务的导航至关重要。
new techniques in astrometries have enhanced data accuracy.
天体测量的新技术提高了数据的准确性。
astrometries provide vital information for studying exoplanets.
天体测量为研究系外行星提供了重要信息。
astrometries can reveal the presence of dark matter in galaxies.
天体测量可以揭示星系中暗物质的存在。
astrometries play a significant role in the field of astrophysics.
天体测量在天体物理学领域中发挥着重要作用。
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