在聚合物合成过程和聚合物凝固过程中,聚合物分子量和聚合物颗粒尺寸的大小、分布和聚合物聚集态结构强烈依赖于重力.文中分增重力、减重力和微重力3部分阐述了近年来重力对聚合物形成影响研究概况,重点介绍了微重力下聚合物的一些研究成果,并指出了今后的发展方向.
参考文献
[1] | Taylor K;Watkins J;Galloway P .Overview, History and Current Status of United States Materials Processing in Space Flight Activity[R].AIAA-94-0111 |
[2] | Delombard R et al.An Overview of the Microgravity Environment and Its Effects on Science[R].AIAA-96-0401 |
[3] | Malmejac Y et al.Recent Developments of the European Microgravity Activities in Physical Sciences[R].AIAA-96-0129 |
[4] | Zlad Saghlr M;Edward A Sloot .Canada's Microgravity Materials Science and Technology Program[R].AIAA-94-0110 |
[5] | Robert Sokolowski S .NASA Microgravity Materials Science Program[R].SPIE 1557,1991. |
[6] | Willian Sirignano A et al.Microgravity Research Opportunities for the 1990s[R].N95-31983 |
[7] | Lisa McCauley A .Microgravity Polymer and Crystal Growth at the Advance Materials Center for the Commercial Development of Space[R].AIAA-90-3649 |
[8] | 藤森;羲典 .[J].日本の科学と技术,1992,33(267):34-40. |
[9] | Roger Crouch K .Microgravity Materials Science: Research and Flight Experiment Opportunities[R].NRA-94-OLMSA-06 |
[10] | Christopher Johnston J et al.Preparation for Microgravity-The Role of the Microgravity Materials Science Labortory[R].AIAA 88-3510 |
[11] | Tripty Mookherji;Raymond Moore .Polymer Crystal Growth Facility Concept for Space Station Laboratory Module[R].NAS8-36122 |
[12] | Briskman V.Proceeding of the 2nd International Workshop on Materials Processing in High Gravity[C].Potsdam,USA,1993 |
[13] | Briskman V.Proceedings of Int. Aerospace Cong. IAC-94[C].Moscow,Russia,1994 |
[14] | Muller G .[J].Journal of Crystal Growth,1990,99:1242-1257. |
[15] | Weber W et al.[J].Journal of Crystal Growth,1990,100:145-158. |
[16] | Won-Kyu Rhim et al.[J].Journal of Crystal Growth,1991,110:293-301. |
[17] | Venugopal D et al.[J].Polymeric Preprints(American Chemical Society Division of Polymer Chemistry),1990,31(01):377-378. |
[18] | Steven et al.[J].Polymeric Preprints(American Chemical Society Division of Polymer Chemistry),1990,31(01):379-381. |
[19] | Mcknight R C et al.Reduced Gravity Experiment Capabilities of NASA Lewis' DC-9 Aircraft[R].AIAA-96-0921 |
[20] | Sturm D et al.Photoinitiated Radical Polymerization of Liquid Monomers in Microgravity[R].N94-10246 |
[21] | Sturm D;Muller R;Rath H J .Polyreactions in Microgravity Environment[R].N93-22830 |
[22] | Briskman V et al.On Gravity Dependence of Polymerization[R].AIAA-96-0257 |
[23] | Briskman V et al.Comparative Experimental Research of Polymerization on the `MIR' Orbital Station[R].AIAA-95-0263 |
[24] | Briskman V.Polymerization under Different Gravity Conditions[A].Jerusalem,Israel,1994 |
[25] | Goldberg;Benjamin Eugens .[D].,1992. |
[26] | Wilfong D L;Steffen J E;Cook E L .Polymer Processing in Space:3M's Polymer Morphology Experiment[R].AIAA-90-3645-CP |
[27] | Peggy Cebe et al.Processing of Semicrystalline Polymers[R].N94-24351 |
[28] | Curtin M M et al.[J].Journal of Cellular Plastics,1992,28(06):536-556. |
[29] | Meier M et al.Solidification and Microgravity[J].Materials Science Forum,1991,77:99-106. |
[30] | IVAN VERA .Manufacturing Polymer Thin Films in a Microgravity Environment[R].N87-20304 |
[31] | Fox B H et al.A Study of Polymer Dispersed Liquid Crystals Fabricated in Both Microgravity and Terrestrial Conditions[R].AIAA 93-0578 |
[32] | Debe M K;Poirier R J .[J].Thin Solid Films,1990,186:257-347. |
[33] | Benjamin Penn G .Low-Gravity Electrdesposition and Growth of Polymer Thin Films with Large Third-Order OPtical Nonlinearities by Electrochemical Processes for Devices: Thiophene-Based Polymers[R].N94-24346 |
[34] | Bill Carswell et al.Physical Vapor Transport of Organic Solids in Microgravity[R].AIAA 90-3546 |
上一张
下一张
上一张
下一张
计量
- 下载量()
- 访问量()
文章评分
- 您的评分:
-
10%
-
20%
-
30%
-
40%
-
50%