著者
國貞 雄治
出版者
一般社団法人 日本真空学会
雑誌
Journal of the Vacuum Society of Japan (ISSN:18822398)
巻号頁・発行日
vol.60, no.7, pp.249-255, 2017 (Released:2017-07-15)
参考文献数
47

We theoretically investigated physisorption on ice Ih and ice XI surfaces, because the physisorption states of adsorbates play important roles in the chemical reaction on the interstellar medium, which generally consists of ice, with the extremely low temperature (10 K) condition. In this paper, we focused on hydrogen molecules as adsorbates because hydrogen is the most abundant element in space. At first, we briefly reviewed the way to treat the van der Waals interaction in density functional theory. We also showed the calculated adsorption states of hydrogen molecules on ice Ih and ice XI surfaces. We found the non-local correlation functional, which can treat the dispersion interaction, improved the potential energies of physisorbed hydrogen molecules on ice Ih and ice XI surfaces.

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計算科学的手法による<b>氷</b>表面上での 水素分子の吸着特性の解明 https://t.co/MQlOVHwxMu
日本真空学会の会誌に氷表面上での水素分子の吸着状態に関する研究の論文が掲載されました https://t.co/ENZeBXNk2P

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