由于空间环境和飞行器的限制，空间晶体生长实验的成功率较低，仿真实验是解决这一问题的有效途径。
Because of the restraint of space environment and the aerocraft, the growth of crystal experiment have a low success rate, simulation is a effective way out.
通过分析研究，作者认为晶体生长过程中，介于晶体相与环境相之间的界面相起着重要的作用；
Throuh analysis, we regard that interface-phase between crystal phase and environmental phase takes the critical role during the crystal growth.
本文是一篇空间晶体生长的综述，包括5个部分：（1）微重力环境；
This study on crystalgrowth in space is reviewed in this paper, consisting of 5 sections:(1)microgravity environment;
本文是一篇空间晶体生长的综述，包括5个部分：（1）微重力环境；
This study on crystalgrowth in space is reviewed in this paper, consisting of 5 sections:(1)microgravity environment;
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