行星轨道 - 翻译成英语

• planetary orbits
• planets orbit

在 中文 中使用 行星轨道 的示例及其翻译为 英语

这140亿个数据点转化为大约2千万亿可能的行星轨道!
This 14 billion data points can be converted into about 2 trillion possible planetary orbit!

发生这种变化是因为我们的行星轨道不是完美的圆形。
The change occurs as our planet's orbit is not perfectly circular.

通常的误解认为这样的碰撞会干扰太阳系的行星轨道。
It is a common misconception that this collision will disrupt the orbits of the planets in the Solar System.

年－行星轨道逐渐产生变化，火星遭到彗星的威胁。
Mars is threatened by the comets as the planets gradually change their planetary orbit.

这140亿个数据点可以转化为约2万亿个可能的行星轨道。!
This 14 billion data points can be converted into about 2 trillion possible planetary orbit!

GPS等其他技术则可接收数千公里之遥的行星轨道卫星的信号。
Other's, like GPS, can receive signals from satellites orbiting the planet, thousands of kilometers away.

根据这些变化，他们计算出其行星轨道周期以及与该恒星的距离。
From these they calculate the planet's period of orbit and its distance from its star.

利用爱因斯坦的理论，Tippett称时空曲率就代表了行星轨道的弯曲程度。
Using Einstein's theory, Tippett says that the curvature of space-time accounts for the curved orbits of the planets.

这140亿个数据点可以转化为大约2万亿个可能的行星轨道!
This 14 billion data points can be converted into about 2 trillion possible planetary orbit!

利用爱因斯坦的理论，Tippett称时空曲率就代表了行星轨道的弯曲程度。
Using Einstein's theory, Tippett says the space-time curve counts for the curves of the planets.

金奇认为，这些尘埃微粒之间的差别是由太阳系行星轨道的变化引起的。
Dr Genge thinks the difference in cosmic dust particles results from changes in the orbits of planets in the Solar System.

这些差异可能与数百万年来地球和火星等行星轨道的变化有关，Genge博士相信.
The differences may be linked to changes in the orbits of planets such as the Earth and Mars over millions of years, Dr Genge believes.

这些差异可能与数百万年来地球和火星等行星轨道的变化有关，Genge博士相信.
The differences may be linked to changes in the orbits of planets such as the Earth and Mars over millions of years, Genge says.

小组用超级计算机整合了超过8.45亿年（太阳系年龄的20%的外层行星轨道。
The group used a supercomputer to integrate the orbits of the outer planets over 845 million years(some 20 per cent of the age of the Solar System).

事实上，广义相对论预言的行星轨道几乎和牛顿引力理论所预言的完全一致。
In fact, the orbits of the planets predicted by general relativity are almost exactly the same as those predicted by the Newtonian theory of gravity.

免费画廊的GIF外层空间但你也可以看到不同的行星轨道，空间图片或者宇宙飞船。
Free gallery of gifs of Space But also you can see different planets orbiting, space pictures or spacecrafts.

这张图比较了ProximaCentauri（Proximab）周围行星轨道与太阳系同一地区的轨道。
This infographic compares the orbit of the planet around Proxima Centauri(Proxima b) with the same region of the Solar System.

大部分在太阳系内的行星轨道平面对彼此之间和太阳赤道的倾角都很小。
Most planetary orbits in the Solar System have relatively small inclinations, both in relation to each other and to the Sun's equator.

这张图比较了ProximaCentauri（Proximab）周围行星轨道与太阳系同一地区的轨道。
An infographic comparing the orbit of the planet around Proxima Centauri(Proxima b) with the same region of the Solar System.

这是一个“35维问题”，因为它是基于每个行星轨道的时间变化。
It's a"35-dimensional problem", according to the researchers, because it's based on the variations in the timing of each planet's orbit.