Huber, PatrickPatrickHuberWallacher, DirkDirkWallacherKnorr, KlausKlausKnorr2022-06-072022-06-071998Journal of Low Temperature Physics 111 (3/4): 419-427 (1998)http://hdl.handle.net/11420/12830N2 condensed into nanoporous glass has been investigated by X-ray diffraction and adsorption/filling isotherms. The material in the pores consists of an amorphous layer at the pore walls and quasi-bulk material in the center of the pores. The freezing temperature of the bulk component is reduced. Its structure is hcp down to lowest temperatures with a stacking fault probability as large as 0.3. Thus the transition hcp-Pa3 of the bulk solid is suppressed.en1573-735719983/4419427Springer Science + Business Media B.V.PhysikJournal Article10.1023/a:1022204223818Other