- 更多网络例句与行星学相关的网络例句 [注：此内容来源于网络，仅供参考]
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Watson pondered for a minute and said, Astronomically, it tells me that there are millions of galaxies and potentially billions of planets. Astrologically, I observe that Saturn is in Leo. Horologically, I deduce that the time is approximately a quarter past three. Theologically, I can see the God is all powerful and that we are small and insignificant. Meteorologically, I suspect that we will have a beautiful day tomorrow.
华生沉思了片刻，说：从天文学的角度来说，拿说明天上有成千上万的星系，而且还可能有几十亿万颗行星；从占星学的角度来说，我观察大土星在狮子座上；从钟表学的角度来说，我估计现在时凌晨3：15；从神鞋的角度来说，我看到了神威浩大，而我们是那么的渺小而微不足道；从气象学的角度来说，我推测明天天气晴好，阳光明媚。
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This article adopts the method of comparative planetology, suggesting that meteorite-stricken event is the widespread geological process in the solar system, and the meteorite-stricken case occurred on the earth is the same as it did in other earth-like planets in the solar system.
本文采用比较行星学的方法，认为陨击作为太阳系普遍的地质过程，地球跟太阳系其他类地行星受到陨击的情况是相类似的。
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Astronomy is becoming an increasingly essential part in earth sciences, particularly in the fields involving life science; the emergence of astrobiology and comparative planetology in recent years just reflects this growing trend.
所以地球科学及生命科学的发展趋势，以及两者整合，乃与天文学的关系密切。天文生物学及比较行星学的兴起，正是很好的例证。
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Hence, the study on planetary volcanism is a key part of comparative planetology. Study the volcanism of celestial bodies of Solar system could provide significant knowledge for the understanding of the formation and evolution of the planets, deep and surface processes, metallogenesis, and initiation of life.
对太阳系天体火山作用的对比研究能够提供认识太阳系和行星演化、天体深部和浅部地质作用过程、矿产资源形成以及生命的起源和演化等重要信息，是比较行星学的重要组成部分。
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This article adopts the method of comparative planetology, suggests that meteorite strike event is the universal geological process in solar system, and the meteorite strike case occurred in the earth is as the same it did in other terrestrial planets.
本文采用比较行星学的方法，认为陨击作为太阳系普遍的地质过程，地球跟太阳系其他类地行星受到陨击的情况是相类似的。
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This article adopts the metho d of comparative planetology, suggests that meteorite strike event is the universal geological process in solar system, and the meteorite strike case occurred in the earth is as the same it did in other terrestrial planets.
本文采用比较行星学的方法，认为陨击作为太阳系普遍的地质过程，地球跟太阳系其他类地行星受到陨击的情况是相类似的。
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Based on the theory that "meteorite strikes are a common geological process in the solar system" and the comparative planetology, these ringed mountain geological structures are the relics of earlier meteorite strikes distributed on the earth, which is the natural landscape formed in the interaction when celestial bodies fell down on the earth and struck the ground.
根据"陨击是太阳系普遍的地质过程"和比较行星学推测，这些环形山地质构造是地球上分布的早期陨击遗迹，是外天体陨落地球撞击地面岩层时与其相互作用形成的自然景观。
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According to the presumption based on the theory that "meteorite strikes are a widespread geological process in the solar system" and the comparative planetology, those geological structures of ringed mountains are the relics of earlier meteorite strikes distributed on the earth, which is the natural landscape formed in the interaction between the celestial bodies and the surface terrane when the former fell down on the earth and struck the latter.
根据"陨击是太阳系普遍的地质过程"和比较行星学推测，这些环形山地质构造是地球上分布的早期陨击遗迹，是外天体陨落地球撞击地面岩层时与其相互作用形成的自然景观。
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In cases where a third planet lies at the midpoint of the first two we just considered, a "planetary picture" is formed. On page 54 of the German anthology "Man: A Receiving Station of Cosmic Influences", Alfred Witte wrote: A planetary picture is formed by three planets when one of them is located at the midpoint of the other two.
在一些例子里面，当第三颗行星正好落在两颗行星的中点上时，我们认为行星的图像已经形成了，在德国人的占星学书籍里面写到"人：宇宙影响力的接收站"怀特写到当一颗行星落在另外两颗行星的中点上时，三颗行星形成了一个行星图像。
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Based on the evolution history of Moon and other terrestrial planets, continental development process, plate movement tectonics, and solar nebular condensation petrology model that suggested by writers,a discussion about the action of water in Earth's evolution history has been carried.
在地球不均匀吸积模型的基础上，根据比较行星学所获得的行星演化理论、大陆进化的历史、板块运动的特点以及高温高压实验研究结果，对地球演化历史中水的总体行为进行了分析和推论。
- 更多网络解释与行星学相关的网络解释 [注：此内容来源于网络，仅供参考]
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planetary companion：类行星伴星
planetary astronomy 行星天文[学] | planetary companion 类行星伴星 | planetary configuration 行星动态
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planetary cosmogony：行星演化学
planetary aberration 行星光行差 | planetary cosmogony 行星演化学 | planetary geology 行星地质学
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planetary gravitational field：行星重力场
planetary geology (行星地质学)星质学 | planetary gravitational field 行星重力场 | planetary hot mill 行星式热轧机
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planetary oblateness：行星扁率
planetary impact - 行星碰撞 | planetary oblateness - 行星扁率 | planetology - 行星学
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planetary geology：(行星地质学)星质学
planetary gearing 行星齿轮传动 | planetary geology (行星地质学)星质学 | planetary gravitational field 行星重力场
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planetology：行星学
在行星学(planetology)上,指行星形成时,物质向中心塌陷所释放出来的热能. 球状星团的赫罗图上,有部份的恒星分布在红巨星和主序星之间. 因为它们在赫罗图的分布,几乎是水平的,故称为水平分支. 天琴RR变星(RRLyraestars)就是星团水平分支的一部份.
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planetology：行星学 (名)
planetoid 小行星 (名) | planetology 行星学 (名) | plangent 轰鸣的, 凄切的 (形)
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comparative planetology：比较行星学
comparative measurement 比较测定 | comparative planetology 比较行星学 | comparator 比较器比长仪
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International Association of Planetology：国际行星学协会
International Association of Physical Oceanography,国际物... | International Association of Planetology,国际行星学协会,IAP, | International Association of Plant Breeders for the Protection of Plant Var...
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planetography：行星表面学
planetary wind 行星风 | planetography 行星表面学 | planimeter 求积仪