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DatoValore
TitleResponse to different methods of suspended sediment sample storage before the Coulter Multisizer Analysis: 1. Inorganic matter.
AbstractThis article details the variations with time of the size spectrum of inorganic marine particle samples stored according to three different methods: storage with formaldehyde; within a darkened and cooled (4°C) incubator; and by freezing. In view of the lack of a pretreatment with the ultrasonic bath, freezing represented the only method apt to keeping the spectrum unvaried with time. Given the use of ultrasonic bath pretreatment, all three storage methods become applicable.
SourceEstuarine, coastal and shelf science (Print) 41, pp. 101–116
JournalEstuarine, coastal and shelf science (Print)
EditorAcademic Press in association with the Estuarine and Brackish-water Sciences Association,, New York, Stati Uniti d'America
Year1995
TypeArticolo in rivista
DOI10.1006/ecss.1995.0056
AuthorsFontolan G, Grenni P
Text227739 1995 10.1006/ecss.1995.0056 Scopus 2 s2.0 0028869314 Response to different methods of suspended sediment sample storage before the Coulter Multisizer Analysis 1. Inorganic matter. Fontolan G, Grenni P Universita degli studi di Trieste, Irsa CNR This article details the variations with time of the size spectrum of inorganic marine particle samples stored according to three different methods storage with formaldehyde; within a darkened and cooled 4°C incubator; and by freezing. In view of the lack of a pretreatment with the ultrasonic bath, freezing represented the only method apt to keeping the spectrum unvaried with time. Given the use of ultrasonic bath pretreatment, all three storage methods become applicable. 41 Articolo pubblicato Estuarine_CoastalFontolan95.pdf Articolo in rivista Academic Press in association with the Estuarine and Brackish water Sciences Association, 0272 7714 Estuarine, coastal and shelf science Print Estuarine, coastal and shelf science Print Estuar., coast. shelf sci. Print Estuarine, coastal and shelf science. Print paola.grenni GRENNI PAOLA