题目
作者1①②*, 作者2②, 作者3③
①单位1, 所在地邮编;
②单位2, 所在地邮编
* E-mail:
收稿日期: 2009-00-00; 接受日期: 2010-00-00
××××基金资助项目(批准号: ××××)
摘要单击此处键入中文摘要. 应反映出论文的主要观点, 概括其结果或结论. 摘要的撰写要精心构思, 随意从文章中摘出几句或只是重复一遍结论的做法是不可取的. 摘要中不能出现文献序号.
关键词关键词1, 关键词2, 关键词3…
PACS:21.10.Jx, 46.90.+s, 46.15.-x
单击此处键入前言内容.
1标题1
1.1子标题1
正文中文使用宋体10号字体, 英文使用Times New Roman 10号字体.
2标题2
公式居行中，按顺序编码排列。
().
d g Y
(1) 3标题3
3.1 子标题1
正文中文使用宋体10号字体, 英文使用Times New Roman 10号字体. 3.2 子标题2
4 标题4
图1如图所示。
图1 这里添写图题5标题5
(1) 结论; (2) 结论;
(3) 结论;
(4) 结论.
参考文献
1Wang Q H, Lindon O, Hardle W. Semiparamet-ric regression analysis with missing response at random. J Am Stat Assoc, 2004, 99: 334―345
2Rordam M, Larsen F, Lausten N. An introduction to K-theory for C*-algebras. Cambridge: Cam-bridge University Press, 2000. 30―35
3Qin H R. The subgroups of a finite order in K(Q). In: Bass H, Kuku A O, Pedrini C, eds. Algebraic K-theory and Its Application. Singapore: World Scientific, 1999. 600―607
4Minor H E. Spillways for high velocities. In: Zu-rich V E, Minor H E, Hager W H, eds. Proceed-ings of International Workshop on Hydraulics of Stepped Spillways, Rotterdam, the Netherlands, 2000. 3―10
5Liu G X. Classification of finite dimensional basic Hopf algebras and related topics. Disertation for the Doctoral Degree. Hangzhou: Hangzhou University, 2005. 24―28
6Phillips N A. The Nested Grid Model. NOAA Tech-nical Report NWS22. 1979
7苏晓龙, 贾晓军, 谢常德, 等. 用正交压缩态光场产生连续变量类GHZ和类Cluster四组分纠缠态. 中国科学G辑: 物理学力学天文学, 2007, 37(6): 689—699
8Zhang W P. Experiment Apparatus of Diffraction Imaging. China Patent, 02290557.X, 2003-12-03
9Wang D L, Zhu J, Li Z K, et al. User Manual for QTKMapper Version 1.6, 1999
10Hemodynamics III: The ups and downs of hemodynamics. Version 2.2. Orlando (FL): Computerized Educational Systems. 1993
11Christine M. Plant physiology: Plant biology in the Genome Era [OL]. Science, 2003, 281: 331―332 [2003-09-23]. anatmorp.htm
12 傅景礼, 陈立群, 陈本永. 非规范格子离散机电耦合动力系统的Noether理论. 中国科学: 物理学力学天文学, 2010, 40(2): 133―145
13 He C J, Zhou H B, Hang Y H. A numerical study on Rayleigh-Taylor instability of aluminum plates driven by detonation. Sci China Phys Mech
Astron, 2010, 53(2): 195―198
Title
Author 11,2*, Author 22 & Author 33
1 Address 1;
2 Address 2;…
A precise dynamical model to describe the relative motion of a lunar probe in a rotating coordinate system is
presented. Real celestial mechanics background of the sun, the earth and the moon is considered. An accurate and simple formula of the absolute angular velocity of the rotating coordinate system Including solar gravitational perturbation is derived. The model would be the one for elliptical restricted three-body problem if the solar gravitation was neglected, and the one for circular restricted three-body problem if the lunar orbit eccentricity was zero. An iterative method to calculate accurate collinear and triangular Lagrange points, which are relevant to the Julian date and time period concerned, was established. The model can be used to design transfer orbit to the moon passing through the Lagrange points.
lunar probe, relative orbital dynamics, Lagrange point, four-body problem, solar gravitational perurbation
PACS:05.45.-a, 45.50.Jf, 45.50.Pk, 95.55.Pe, 96.12.De
345 / 3。