火星隕石

自從“好奇號”登上火星之后，人類對火星的探索進入了一個新的里程，而在火星隕石中發現構成生命的有機碳，似乎更加印證了火星是存在生命的,火星隕石（snco）屬于分異的無球粒隕石，包括4種主要巖石類型：輝玻無球粒隕石shergottites，輝橄無球粒隕石nakhlites，純橄無球粒隕石chassignite和斜方輝巖質無球粒隕石orthopyroxenite。

since curiosity landed on mars, human exploration of mars has entered a new milestone, and the discovery of organic carbon in martian meteorites seems to confirm the existence of life on mars. mars meteorite (snco) belongs to differentiated chondrite-free meteorites, including four main rock types: the glassy chondrite shergottites, the olivine chondrite nakhlites, the pure olivine chondrite chassignite and the orthopyroxene chondrite orthopyroxenite.

在科學界火星隕石是人類從火星采樣返回前能得到的火星表面巖石，只有很少一部分是由于火星受到小行星的巨大撞擊后，巖石碎塊逃逸火星引力，其中一部分進入了地球的引力范圍，最后隕落到地面成為火星隕石,它的科研價值和收藏價格可想而知，火星隕石所占比例不到全球收集隕石的1%，它的稀缺一直是火星隕石價值之高的原因所在,此塊火星隕石，熔殼狀明顯，面硫燒痕跡清晰可見，體態自然。具有非常高的收藏價值和市場價值。

In the scientific world, Mars meteorites are the rocks on the surface of Mars that humans can get before returning from Mars. Only a few of them are due to the impact of asteroids on Mars. After the impact of asteroids, rock fragments escape the gravitational pull of Mars. Some of them enter the gravitational pull of the Earth and eventually fall to the ground to become Mars meteorites. Its scientific research value and collection price can be imagined, Mars meteorite accounts for less than 1% of the global meteorite collection, its scarcity has always been the reason for the high value of Mars meteorite. This Martian meteorite is bright red in color and has a clear molten shell shape. Its sulfur burning marks are clearly visible and its body is natural. It has very high collection value and market value.