In conclusion it should be stressed that although some methods for fullerite hydrogenation have yet to give the maximum hydrogen content for some reasons, nevertheless, they are competitive at this stage of studies. As show data from Table 2, even C_(60) fullerite hydrogenated by 50% can easily compete with many metallic and intermetallic compounds which bright representatives are intermetallides of AB_2 and AB_5 types extensively used at present. The problem on the reaction of fullerenes with hydrogen is as the infinite field of science as the fullerene science itself. What has been done by now in this field of knowledge is not the first step but the fleeting glance at this problem. At present, scientists have made the breath-taking success in the research of hydrogen capacity of carbon nanotubes. However, this is a separate serious problem that is not covered in the present work.
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