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• Le Bihan O
• Le Brun G
• Le Gal P
• Le Roux JP
• Leach J
• Leatherdale CA
• Leathers RA
• Lecler S
• Lecompte M
• Leder A
• Lee GSG
• Lee GBV
• Lee Ho
• Lee Jung-Yong
• Lee KM
• Lee Kyeong-Seok
• Lee LG
• Lee LP
• Lee ME
• Lee Sang-Hyuk
• Lee Sang-Joon
• Lee Seung Ah
• Lee Tin Man
• Lee Yee Hui
• Lee Yong-Gu
• Lee Zhong-Ping
• Legrand MR
• Lehmann M
• Lehmann U
• Leiderer P
• Leipertz A
• Leitner A
• Leith EN
• Lekhtmakher S
• Lenoble J
• Lentz WJ
• Leong KH
• Leppard GG
• Lerman A
• Leroueil PR
• Letfullin RR
• Lettieri TR
• Leung AB
• Levin EJT
• Levoni C
• Levy E
• Levy RC
• Lewinski NA
• Lewis E
• Lewis EL
• Lewis JA
• Lewis MR
• Leymarie E
• Lezec HJ

Jacobus P. Le Roux

Departamento de Geología, Universidad de Chile, Santiago de Chile, Chile

Publications: Le Roux JP

Le Roux J. P. 2009. Discussion of "Comparison of settling-velocity-based formulas for threshold of sediment motion". J. Hydraulic Eng. 135, 626-628. [find in index, source]

Le Roux J. P. 2005. Grains in motion: A review. Sedimentary Geol. 178, 285-313. [find in index, source]

Le Roux J. P. 2004. A hydrodynamic classification of grain shapes. J. Sediment. Res. 74, 135-143. [find in index, source]

Le Roux J. P. 2002b. Shape entropy and settling velocity of natural grains. J. Sediment. Res. 72, 363-366. [find in index, source]

Le Roux J. P. 2002a. Application of the Hofmann shape entropy to determine the settling velocity of irregular, semi-ellipsoidal grains. Sedimentary Geol. 149, 237-243. [find in index, source]

Le Roux J. P. 1992. Settling velocity of spheres: a new approach. Sedimentary Geol. 81, 11-16. [find in index, source]