ganymede 中文意思是什麼

ganymede 解釋
n. 名詞 1. 【希臘神話】甘尼米〈宙斯神的侍酒童子〉。
2. 〈戲謔語〉侍酒少年，侍者。
3. 【天文學】木星的第三衛星。

  1. Heavily - cratered callisto is only a little smaller than ganymede and, like europa, might be hiding a subterranean ocean

    布滿隕石坑的克利斯托星僅僅稍小於格尼梅德星，它可能與歐羅巴星相似，蘊藏著地下海洋。
  2. The opposition of jupiter occurs roughly every 399 days. jupiter and the great red spot on its surface can be observed a few weeks before and after the opposition of jupiter. it will also be a good time to observe jupiter s four largest satellites, namely io, europa, ganymede and callisto. a telescope with a magnification of 40 times or above is recommended to observe jupiter

    木星沖前後數星期都會是觀測木星及其表面大紅斑的理想時間，觀星人士亦可觀測木星最大的四顆衛星，分別為木衛一艾奧、木衛二歐羅巴、木衛三加尼未及木衛四卡利斯托。
  3. Ganymede tried to recollect that it was a man's duty to comfort and console a woman, the weaker vessel.

    蓋尼末德又拚命記起男人有責任安慰勸解女人。
  4. Ganymede is the largest satellite in our solar system

    加尼未則是太陽系最大的衛星。
  5. A study of dynamical parameters of ganymede

    木衛三的動力學參數
  6. Indeed, ganymede is the largest moon in the whole solar system

    的確，格尼梅德星是整個太陽系最大的衛星。
  7. If it orbited the sun instead of jupiter, ganymede would surely be considered a planet

    如果它取代木星而圍著太陽轉，格尼梅德星毫無疑問可被當作是一棵行星。
  8. With a diameter of 5, 268 kilometers ( 3. 273 miles ), ganymede is the largest satellite in the solar system

    以其5268千米的直徑，木衛三成為太陽系中最大的衛星。
  9. In the past, tectonic activity has formed the landscapes of some of the moons in the solar system such as jupiter s ganymede, and miranda, a moon of uranus

    星，例如木?三及天?五上的地形，亦是由構造活動造成的。
  10. This is new horizons ' best image of ganymede, jupiter ' s largest moon, taken with the spacecraft ' s long range reconnaissance imager ( lorri ) camera at 10 : 01 universal time on february 27 from a range of 3. 5 million kilometers ( 2. 2 million miles )

    這是「新視野」拍攝的木衛三? ?木星最大衛星的最佳圖片，這是飛船的遠距勘查成像器（ lorri ）於2月27日從350萬千米處拍攝的。
  11. Many planets ( for example, ganymede, mercury, the earth, jupiter and saturn ) and stars ( for example, the sun ) possess intrinsic magnetic fields. the explanation for their existence and variation remains a great challenge to planetary scientists and astrophysicists. this article attempts to review some recent developments and difficulties in the study of magnetohydrodynamics for the electrically conducting fluid interiors of planets and stars. it is the fluid motions, usually driven by thermal convection, that generate and sustain magnetic fields through magnetohydrodynamic processes in planets and stars. in planets, the magnetohydrodynamic processes are strongly affected by the combined and inseparable effects of rotation, magnetic fields and spherical geometry. the key dynamics involves the interaction between the coriolis and lorentz forces. in the sun, it is the solar tachocline, a thin shear flow layer located at the base of the convection envelope, that plays an essential role in the solar magnetohydrodynamic processes which produce the 11 - year sunspot cycle. some results of a new nonlinear three - dimensional solar dynamo model are also presented

    許多行星（如木衛三，水星，地球，木星和土星）和恆星（如太陽）具有內部磁場.對這些磁場的存在和變化的解釋對行星科學家和天體物理學家是一個巨大的挑戰.本文試圖總結行星和恆星的導電流體內部磁流體力學研究的新近發展和困難.一般由熱對流驅動的流動通過磁流體力學過程產生並維持在行星和恆星中的磁場.在行星中磁流體力學過程強烈地受到轉動，磁場和球幾何位型的綜合影響.其動力學的關鍵方面涉及科里奧利力和洛倫茲力間的相互作用.在太陽中其流線，即處于對流層的薄的剪切流層在太陽的磁流體力學過程中扮演了一個基本的角色，並由之產生了11年的太陽黑子周期.本文也給出了一個新的非線性三維太陽發電機模型
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