|
- 积分
- 17983
- 威望
- 17983
- 包包
- 26159
|
2013年12月5日 Nature- I* y: S3 q2 W" Y
5 S5 B* O8 p$ T( l# a$ GCurrent theories on the formation of our Moon have
9 h7 b- ?0 a2 e4 ~: Y1 qtaken something of a battering from recent observations and the latest computer 7 G( r! Q$ |7 u' i2 E' I" S% Q
simulations. In this issue of Nature, Robin Canup in a Comment, and : J! O1 b& x% [0 W5 Z
contributions from Tim Elliott and Sarah Stewart in a News & Views Forum,
0 y; l0 Q, A4 N# [4 L7 ^present their views on how theoretical treatments can respond to the challenge.
, l9 I |0 H9 t1 n# f: Q+ o" KImage credit: Julien Salmon and Robin Canup/Southwest Research Institute) j+ d. {- h" o# W
9 `# _' |( z/ b' d0 \/ L) l' q% m" g. N4 |3 d
|
-
总评分: 威望 + 20
包包 + 20
查看全部评分
|
发表于 2013-12-5 23:49
发表于 2013-12-6 13:27
