空间材料科学

2000年前我国空间材料科学试验设想

A proposal for space materials science experiments in China before 2000

空间材料科学：回顾与发展问题探讨

Discussions on Retrospect and Development of Space Materials Science

深过冷液态金属的无容器快速凝固研究是当前空间材料科学领域研究的重要课题。

The containerless rapid solidification of undercooled metallic melts is of importance in research of materials science in space .

热毛细对流随着近年来空间材料科学和微重力流体力学的发展引起广泛的关注。

Termocapillary convection has been paid more attention with the progress of space material science and micro-gravity hydrodynamics in recent years .

由于在地面上难以生长出较大尺度的沸石晶体，因而，自20世纪80年代以来，沸石晶体的合成已成为空间材料科学的研究热点之一。

Because it is difficulty to grow a larger scale zeolites crystal , the synthesis of the molecular sieves became one of the hot spotting on space materials sciences .

无容器加工技术可以避免材料在凝固过程中受到容器壁的影响，提高材料的过冷度，是空间材料科学发展的一个重要研究方向。

Non-container processing technology is able to avoid materials been affected by the wall of the container during solidification and improve the degrees of undercooling , it is an important research direction on the development of space materials science .

实验空间化学&材料科学、场化学与空间化学的交叉

Experimental Space Chemistry ── An Interdiscipline of Materials Science , Field Chemistry and Space Chemistry

溶液分子的空间结构在材料科学和生命科学上也有重要的影响。

Spatial structure of molecular in solution , in the area of materials science and life science , has an important influence .

正空间结晶学及其在材料科学中的应用

Real Space Crystallography and Its Application to Materials Science