1.
Maximum Likelihood Estimation of the Kinematic Properties of Open Cluster System;
疏散星团系统运动学参数的最大似然估值
2.
Photometric Studies of QX And in the Intermediate-age Open Cluster NGC 752
中等年龄疏散星团NGC752中的QX And变星的测光研究
3.
Inside the nebula lies an open cluster of bright young stars designated NGC2244.
于星云中躺著一群由明亮年轻恒星组成的疏散星团，名为NGC2244。
4.
An open star cluster in the constellation Taurus, consisting of several hundred stars, of which six are visible to the naked eye.
昴星团金牛星座中的疏散星团，由几百颗恒星组成，其中六颗星用肉眼可看到
5.
Galactic nebulas are masses of diffuse material within our galaxy.
银河星云是我们星系中的一团团弥散物。
6.
Implementation of Occupant Evacuation Simulation System in Large Buildings
大型建筑物人员疏散仿真系统及实现
7.
A Simulation System for Evacuation and Rescue in Hazardous Chemical Accident;
基于MAS的人员疏散仿真系统的开发与研究
8.
Traffic Evacuation Algorithms Design and System Implementation Based on Dynamic Flow;
基于动态流的交通疏散算法设计及其系统实现
9.
Research and Computer Simulation about System of Urban Traffic Flow Based on Artificial Life;
基于人工生命的城市网络疏散系统及其模拟
10.
Analysis and Design of Evacuation System Based on Cellular Automata
基于元胞自动机疏散系统的设计与分析
11.
Stars condense from the matter scattered thinly through interstellar space.
恒星是疏散在星际空间的物质凝聚而成的。
12.
A Revision on Lithium Abundance Dispersin in Pleiades Stars
重新审查昴星团成员星锂丰度的弥散
13.
Global Asymptotics Toward the Rarefaction Waves for a Parabolic-elliptic System Related to the Camassa-Holm Shallow Water Equation;
有关Camassa-Holm浅水波方程的抛物—椭圆系统的解对疏散波的整体渐进性
14.
Algorithm Improvement and Implementation of Crowd Dynamics Simulation System Based on Social Force Model;
基于社会力量模型的人群疏散算法的改进和系统实现
15.
Synthetical Optimization Model of Optimal Evacuation Routes and Departure Time Choice in a Dynamic System
动态系统最优的疏散路线与出发时间综合优化模型
16.
The function and applicability of intelligent fire alarm display and evacuation indicate system
智能型火警显示及疏散指示系统的功能及适用性
17.
THE DISTRIBUTION OF THE ROTATION AXES OF THE DISK GALAXIES IN THE COMA CLUSTER:STATISTICAL SAMPLES
后发团盘星系自转轴方向的分布:统计样本
18.
ShanXi Xiwang Group ERP Development and Implement;
陕西星王集团企业资源管理（ERP）系统开发与实施