Open digestion of some plant and fungus materials for mercury analysis using different temperatures and sample sizes

Dry samples of lichen, moss and mushroom were treated by open wet digestion at different temperatures and different sample sizes and analyzed for mercury. No temperature (+80°C, +90°C, +105°C) dependent differences were observed for the moss and mushroom analyses. For lichen the variations were larg...

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Published inScience of the Total Environment Vol. 176; no. 1-3; pp. 81 - 84
Main Authors Lodenius, M., Tulisalo, E.
Format Journal Article Conference Proceeding
LanguageEnglish
Published Elsevier B.V 22.12.1995
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Abstract Dry samples of lichen, moss and mushroom were treated by open wet digestion at different temperatures and different sample sizes and analyzed for mercury. No temperature (+80°C, +90°C, +105°C) dependent differences were observed for the moss and mushroom analyses. For lichen the variations were larger. In this material the digestion was more efficient at +120°C and +140°C than at lower temperatures. For this matrix the best results were obtained when using smaller samples at higher temperatures. The sample weight seemed to be even more important for the digestion efficiency.
AbstractList Dry samples of lichen, moss and mushroom were treated by open wet digestion at different temperatures and different sample sizes and analyzed for mercury. No temperature (+80 degree C, +90 degree C, +105 degree C) dependent differences were observed for the moss and mushroom analyses. For lichen the variations were larger. In this material the digestion was more efficient at +120 degree C and +140 degree C than at lower temperatures. For this matrix the best results were obtained when using smaller samples at higher temperatures. The sample weight seemed to be even more important for the digestion efficiency.
Dry samples of lichen, moss and mushroom were treated by open wet digestion at different temperatures and different sample sizes and analyzed for mercury. No temperature (+80°C, +90°C, +105°C) dependent differences were observed for the moss and mushroom analyses. For lichen the variations were larger. In this material the digestion was more efficient at +120°C and +140°C than at lower temperatures. For this matrix the best results were obtained when using smaller samples at higher temperatures. The sample weight seemed to be even more important for the digestion efficiency.
Author Tulisalo, E.
Lodenius, M.
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CitedBy_id crossref_primary_10_1016_j_ecolind_2010_07_013
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Semu, Selmer-Olsen, Singh, Steenberg (BIB8) 1985; 322
Quevauviller, van Enterghem, Muntau, Griepink (BIB4) 1993; 53
Sadiq, Zaidi (BIB6) 1983; 16
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SubjectTerms Lichen
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Title Open digestion of some plant and fungus materials for mercury analysis using different temperatures and sample sizes
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