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12篇 您的检索式：作者名="Camenen"

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		题名	作者	年代	出处	被引量
	1	Advantages of a mobile LSPIV method for measuring flood discharges and improving stage-discharge curves显示文摘	DRAMAIS G COZ J L CAMENEN B	2011	Journal of Hydro-environment Research2011，5，4：	1
	2	Phase-lag effects in sheet flow transport显示文摘	CAMENEN B LARSON M	2006	Coastal Engineering2006，53，56：	1
	3	Simple and general formula for the settling velocity of particles 显示文摘	Camenen B	2007	Journal of Hydraulic Engineering2007，，2：	1
	4	Uncertainty in openchannel discharges measured with the velocityarea method显示文摘	Le Coz J Camenen B Peyrard X	2006	Flow Measurement and Instrumentation2006，26，：	1
	5	A new instrument for passive remote sensing显示文摘	I Moya L Camenen S Evain Y Goulas Z.G Cerovic G Latouche J Flexas A Ounis	2004	Remote Sensing of Environment2004，，2：	1
	6	Simple and general formula for the settling velocity of particles 显示文摘	Camenen B	2007	Journal of Hydraulic Engineering2007，133，2：	1
	7	Assess- ment of methods used in 1D model for computing bed- load transport in a large river: The Danube River in Slo- vakia 显示文摘	CAMENEN B HOLUBOVA K LUKAC M	2011	Journal of Hydraulic Engineering2011，137，10：	1
	8	Performance of image-based velocimetry (LSPIV) applied to flash-flood discharge measurements in Mediterranean rivers显示文摘	J. Le Coz A. Hauet G. Pierrefeu G. Dramais B. Camenen	2010	Journal of Hydrology2010，，1：	1
	9	Simple and general formula for the set- tling velocity of particles显示文摘	CAMENEN B	2007	Journal of Hydraulic Engi- neering2007，133，2：	1
	10	Babesia canis hu?man babesiosis causing a 40-day anuria 显示文摘	Marsaudon E Camenen J Testou D	1995	Ann Med Interne (Paris)1995，146，6：	1
	11	Advanta- ges of a mobile LSPIV method for measuring flood dis- charges and improving stage-discharge curves 显示文摘	DRAMAIS G LE COZ J CAMENEN B	2011	Jour- nal of Hydro-environment Research2011，5，4：	1
	12	An optimized use of limited ground based topographic data for river applications显示文摘A prime requirement for hydrological applications,such as sediment budgeting or numerical modelling,is that produced Digital Terrain Models(DTMs)accurately represent the shape of landforms,especially for river reaches where data are not homogeneous.DTM error is a function of data point measurement accuracy and density and also of the field survey strategy when limited amounts of data will be acquired.This paper aims to advance the importance of the field survey strategy for the specific,but common cases,where only limited topographic data will be available.This methodology is based on the idea that any feature can be properly described by a set of cross sections and breaklines describing both main and secondary directions of the flow.Then,a longitudinal linear interpolation can be applied to the defined homogeneous zones.This morphologically oriented(MO)method that includes data acquisition strategy and interpolation,was validated using a reference DTM derived from LiDAR measurements.An estimation of the uncertainties also is suggested based on the distance of the nearest point and the local slope using a geographically weighted regression.The proposed MO method is typically applicable to Alpine river reaches characterized by multiple channels that may always be underwater and not navigable such as an alternate bar system with secondary and transverse channels.	Mohamed Jaballah Benoit Camenen André Paquier Magali Jodeau	2019	International Journal of Sediment Research2019，34，3：	0

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