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首页> 外文会议>56th International Astronautical Congress 2005 vol.3 >JAPANESE-RUSSIAN COOPERATION ON INTERNATIONAL SPACE STATION NOW AND IN THE FUTURE
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JAPANESE-RUSSIAN COOPERATION ON INTERNATIONAL SPACE STATION NOW AND IN THE FUTURE

机译：日俄在国际空间站上的合作以及未来的合作

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Cooperation of Japan and Russia on the Russian segment of the International Space Station (ISS RS) can be an example of the international partners' fruitful teamwork on carrying out experiments and researches in space on a long-term basis. The first Japanese experiments on the ISS RS became MPAC&SEED (Micro Particles Capturer and Space Environment Exposure Device) on investigation of micrometeorite conditions in the ISS orbit and studying of influence of space environment conditions on some materials and elements of electronics, and also HDTV (High Definition Television) on studying of methods of high definition television use on the ISS in interests of a telemedicine, Earth observation, public affairs. Pocari SWEAT experiment became one of the interesting HDTV applications in area of "space advertising". The second significant stage of the Japanese - Russian cooperation on the ISS became a series of six experiments on proteins crystals growth GCF/JCF (Granada Crystallization Facility/JAXA Crystallization Facility). Five of them are already implemented. In 2004 preparation of the series of JAXA's experiments for growing of so-called photonic crystals under microgravity conditions is started. This nanotechnology project becomes the third direction of two countries cooperation in space. At a stage of study there are some more experiments which have a different degree of technical complexity.
机译：日本和俄罗斯在国际空间站（ISS RS）俄罗斯部分的合作可以成为国际伙伴长期开展太空实验和研究方面富有成果的团队合作的一个例子。日本在ISS RS上进行的第一个实验是MPAC＆SEED（微粒捕获器和空间环境暴露装置），用于研究ISS轨道上的微陨石条件，并研究空间环境条件对某些电子和材料的影响，以及HDTV（高定义电视），研究在国际空间站上使用高清晰度电视的方法，以实现远程医疗，对地观测和公共事务。 Pocari SWEAT实验成为“太空广告”领域中有趣的HDTV应用之一。日俄合作在国际空间站上的第二个重要阶段，是对蛋白质晶体生长GCF / JCF（格拉纳达结晶设施/ JAXA结晶设施）进行的六个实验系列。其中五个已经实施。 2004年，开始准备JAXA系列实验，以在微重力条件下生长所谓的光子晶体。这个纳米技术项目成为两国空间合作的第三个方向。在研究阶段，还有更多具有不同技术复杂程度的实验。

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