1/f (One-Over-F) Noise in Granular Flow
2000
1998
see also Hayakawa and Nakanishi's paper
"Universal behavior in granular flows and traffic flows"
listed in traffic page.
-
YW Kim, DW Grumbine, TK Nishino (1998),
"1/f dynamics of granular avalanches",
in
Proceedings of International Conference on Statistical
Physics in Memory of Professor S. T. Choh:
Progress in Statistical Physics,
eds. W Sung, I Chang, B Kang, CS Kim, S Kim, JH Oh,
(World Scientific, Singapore), pp.?-?.
-
O Moriyama, N Kuroiwa, M Matsushita, H Hayakawa (1998),
"4/3 law of granular particles flowing through a vertical pipe",
Physical Review Letters, 80(13):2833-2836.
[abstract]
-
O Moriyama, T Isoda, N Kuroiwa,
M Kanda, I Rafols, M Matsushita (1998),
"Dynamics of granular flow through a vertical pipe: Effect of medium flow",
Journal of the Physical Society of Japan, 67(5):1616-1624.
1997
-
A Nakahara, T Isoda (1997),
"1/fa fluctuation at the slugging transition
point of granular flows through a pipe",
Physical Review E, 55(4):4264-4273.
[abstract]
1995
-
G Peng, HJ Herrman (1995),
"Density waves and 1/f density fluctuations in granular flow"
Physical Review E, 51(3):1745-1756.
[abstract]
1994
-
GW Peng, HJ Herrman (1994),
"Density waves of granular flow in a pipe
using lattice-gas automata",
Physical Review E, 49(3):R1796-R1799.
1992
1989
-
GW Baxter, RP Behringer, T Fagert, GA Johnson (1989),
"Pattern formation in flowing sand",
Physical Review Letters, 62:2825-2828.
[abstract]
-
Heinrich M Jarger, Chu-heng Liu, Sidney R Nagel (1989),
"Relaxation at the angle of repose",
Physical Review Letters, 62:40-43.
[abstract]
[Note: this paper provides evidences that experiments on
sand do not agree with the prediction from the
self-organized-criticality model]
1974
-
KL Schick, AA Verveen (1974),
"1/f noise with a low frequency white noise limit",
Nature, 251:599-601.
