@article{oai:nagoya.repo.nii.ac.jp:00005547,
 author = {Taniguchi, Junko and Yamaguchi, Akira and Ishimoto, Hidehiko and Ikegami, Hiroki and Matsushita, Taku and Wada, Nobuo and Gatica, Silvina M. and Cole, Milton W. and Ancilotto, Francesco and Inagaki, Shinji and Fukushima, Yoshiaki},
 journal = {Physical Review Letters},
 month = {Feb},
 note = {Heat capacity measurements have been made down to 5 mK for 3He fluid films adsorbed in one-dimensional (1D) nanometer-scale pores, 28 Å in diameter, preplated with 4He of 1.47 atomic layers. At low 3He density, the heat capacity shows a density-dependent, Schottky-like peak near 150 mK asymptoting to the value corresponding to a 2D Boltzmann gas at high temperatures. The peak behavior is attributed to the crossover from a 2D gas to a 1D state at low temperatures. The degenerate state of the 1D 3He fluid is indicated by a predominantly linear temperature dependence below about 30 mK.},
 pages = {065301--065301},
 title = {Possible One-Dimensional 3He Quantum Fluid Formed in Nanopores},
 volume = {94},
 year = {2005}
}