International audienceSimultaneous measurements of in situ particle (floc) size were performed with different instruments during several tidal cycles in the Elbe estuary in June 1993. Comparison of the size distributions (by volume) indicates that six instruments produced data that could be compared, while two instruments produced only estimates of mean, minimum and maximum size. The minimum size measured was related to the characteristics of the instrument, the maximum size to the concentration (by number) of the largest flocs, to the volume of the water measured, and to the degree of floc break-up during handling and/or measuring of the sample. The size distributions generally follow a log-probability curve so that the differences in size...
In estuaries dominated by cohesive sediments, tidal variation in the size distribution of suspended ...
Abstract – Measurements made using an in situ particle-sizer (PSA) were compared to those of an opti...
There are different methods to determine particle size, most of them are only applicable in the labo...
International audienceSimultaneous measurements of in situ particle (floc) size were performed with ...
Abstract A LISST-100 in situ laser particle sizer was deployed together with a digital floc camera d...
International audienceThis short note describes a newly developed device based on the use of an endo...
This report provides details of the proframme and results of the Intercomparison Exercise of In-Situ...
Investigations on the size of suspended particulate matter in the North Sea and two adjacent estuar...
An in situ suspension camera in combination with an image-analysis system was developed at NIOZ to m...
Investigations on the size of suspended particulate matter in the North Sea and two adjacent estuari...
Investigations on the size of suspended particulate matter in the North Sea and two adjacent estuar...
An in situ suspension camera in combination with an image-analysis system was developed at NIOZ to m...
The size and density of fine-sediment aggregates, or flocs, govern their transport and depositional ...
Size distribution of suspended particles is crucial to understand their dynamics in coastal and estu...
Size distribution of suspended particles is crucial to understand their dynamics in coastal and estu...
In estuaries dominated by cohesive sediments, tidal variation in the size distribution of suspended ...
Abstract – Measurements made using an in situ particle-sizer (PSA) were compared to those of an opti...
There are different methods to determine particle size, most of them are only applicable in the labo...
International audienceSimultaneous measurements of in situ particle (floc) size were performed with ...
Abstract A LISST-100 in situ laser particle sizer was deployed together with a digital floc camera d...
International audienceThis short note describes a newly developed device based on the use of an endo...
This report provides details of the proframme and results of the Intercomparison Exercise of In-Situ...
Investigations on the size of suspended particulate matter in the North Sea and two adjacent estuar...
An in situ suspension camera in combination with an image-analysis system was developed at NIOZ to m...
Investigations on the size of suspended particulate matter in the North Sea and two adjacent estuari...
Investigations on the size of suspended particulate matter in the North Sea and two adjacent estuar...
An in situ suspension camera in combination with an image-analysis system was developed at NIOZ to m...
The size and density of fine-sediment aggregates, or flocs, govern their transport and depositional ...
Size distribution of suspended particles is crucial to understand their dynamics in coastal and estu...
Size distribution of suspended particles is crucial to understand their dynamics in coastal and estu...
In estuaries dominated by cohesive sediments, tidal variation in the size distribution of suspended ...
Abstract – Measurements made using an in situ particle-sizer (PSA) were compared to those of an opti...
There are different methods to determine particle size, most of them are only applicable in the labo...