这些行星运动的变化，导致了气候的变化。
These changes in the planet's motions, they caused the climate to change.
我们不要忘记，在行星运动中，日食有重要的象征意义。
Let's not forget that eclipses in planetary motions had important symbolic meanings.
此外，齿轮也会根据与行星运动的匹配和日食预测而移动。
Additionally, the gears also moved to match the motions of the planet and predicted eclipses.
行星运动中的这些改变造成了气候变化，但这也是很复杂的。
These changes in the planet's motions caused the climate to change; but it was also compounded.
例如，希腊天文学家对行星运动进行了非常出色和精确的观察，但这些观察暴露了一点小问题。
For example, Greek astronomers made excellent, very accurate observations of the movements of the planets, but the observations revealed a bit of a problem.
由于哥白尼的行星运动理论与托勒密的解释不一致，伽利略对木星卫星的观察证明了哥白尼理论的正确性。
Since the Copernican theory of planetary motion is inconsistent with the Ptolemaic account, Galileo's observations of Jupiter's satellites proved the truth of the Copernican theory.
他们从来没有改变他们关于行星运动的错误的心智模型，因为他们每天的观察所得并不证实他们的老师所教授的内容。
They never altered their incorrect mental models of planetary motion because their everyday observations didn't support what their teachers told them.
但是他们从来没有改变他们关于行星运动的错误的心智模型，因为他们每天的观察所得并不支持他们的老师所教授的内容。
But they never altered their incorrect mental models of planetary motion because their every day observations didn't support what their teachers told them.
他系统阐述了行星运动理论。
如果你愿意的话，这是在给定时间，行星运动的平面。
If you want, it's the plane in which the motion seems to be going at the given time.
他致力于有关行星运动的科研成果，并且尝试运用理论来解释它们。
He looked at these results about the motion of planets and try to come up with the theory that could explain them.
Canup只用了一个简单现象来解释，那就是行星运动。
Canup solves these problems using a single phenomenon: planetary migration.
牛顿和开普勒关于行星运动的数学解释是科学史上极其重要的两大成就。
The mathematical explanations about planets′ motion given by Newton and Kepler are two of the most important achievements in science history.
如果假设行星是以那样的方式绕着太阳转，那么他所观察到的行星运动就更加具有说服力了。
If you assume that the planets are moving around the sun in that way, then he found out that the observed motion of the planets fit much better.
因此研究粘弹性流体在内管做行星运动的环空中的流动具有学术理论意义和工程实际意义。
So, that researching on the flow of viscoelastic fluid in annulus with the inner cylinder executing a planetary motion has great significance in academic theory in the engineering.
这个星期的行星运动将会引发强烈情感和清楚的了解浪漫或家庭的需求：倾听你内心的声音。
This week's planetary movements will trigger deep emotions and a clear understanding of romantic or family needs: listen carefully to your inner voice.
这是个很有趣的定律，因为它告诉你们行星运动的轨迹，也告诉你们它在轨迹运动的速度快慢。
Ok, so that's an interesting law because it tells you, once you know what the orbit of the planet looks like, it tells you how fast it's going to move on that orbit.
最近的行星运动说明今天有机会向你的伙伴回赠某些东西，来表达你多么感激他过去为你做的一切。
The current planetary movement means that today there is a chance to give back to your partner something to show how much you appreciate all that they have done for you in the past.
牛顿在万有引力和行星运动领域有很大贡献，是微积分学的创始人之一，对颜色和光的定律做出了解释。
Newton helped define the laws of gravity and planetary motion, co-founded the field of calculus, and explained laws of light and color, among many other discoveries.
他还提出地球在围绕太阳转的同时，它本身还自转，这样就说明了行星运动的变化情况以及星球亮度问题。
He also suggested that the earth was spinning as it went round the sun and this explained changes in the movement of the planets and in the brightness of the stars.
其物理意义，开普勒方程是关于行星运动微分方程组的一个积分，由于引入了辅助量E，使数学表达式大为简化。
It also has its physical significance. Kepler equation is an integral of differential equation set. The introduction of assistant quantity E leads to the simplification of mathematic expression.
接着开普勒证明了这个椭圆轨道也能很有效解释其他行星的运行轨迹。然后他提出了行星运动定律，牛顿定律就是以此为理论基础的。
Kepler went on to show that an elliptical orbit is sufficient to explain the movement of the other planets and to devise the laws of planetary motion that Newton built on.
火卫二和火卫一可能是由于小行星的扰动与木星的作用才使它们围着火星运动的。
Deimos and Phobos may be due to disturbance of asteroids and Jupiter's role was to make them around Mars movement.
火卫二和火卫一可能是由于小行星的扰动与木星的作用才使它们围着火星运动的。
Deimos and Phobos may be due to disturbance of asteroids and Jupiter's role was to make them around Mars movement.
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