Determination Of Total Sulfur In Soil And Plant Samples Using Sodium Bicarbonate/Silver Oxide, Dry Ashing And Ion Chromatography

Janick F. Artiola; Abdul Mehdi S. Ali

doi:10.1080/00103629009368279

Determination Of Total Sulfur In Soil And Plant Samples Using Sodium Bicarbonate/Silver Oxide, Dry Ashing And Ion Chromatography

Janick F. Artiola, Abdul Mehdi S. Ali

Environmental Science, Research

Research output: Contribution to journal › Article › peer-review

13 Scopus citations

Abstract

: The determination of total sulfur (S) in soils and plant tissue samples can be accomplished using a combination of sodium bicarbonate/silver oxide, dry ashing and ion chromatography(lC). The proposed method offers high precision and acceptable accuracy for samples with more than 0.02% S. At the same time this procedure makes use of standard analytical equipment used in other phases of soil, water and plant tissue analysis. Soil sample sizes larger than 0.lg or high total S or barite (BaSO₄) may not have acceptable S recoveries due to incomplete S oxidation or dissolution of BaSO₄. In order to optimize recoveries of total S in these special soil samples, varying (decreasing) sample sizes is required.

Original language	English (US)
Pages (from-to)	941-949
Number of pages	9
Journal	Communications in Soil Science and Plant Analysis
Volume	21
Issue number	11-12
DOIs	https://doi.org/10.1080/00103629009368279
State	Published - Jul 1 1990

ASJC Scopus subject areas

Agronomy and Crop Science
Soil Science

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10.1080/00103629009368279

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title = "Determination Of Total Sulfur In Soil And Plant Samples Using Sodium Bicarbonate/Silver Oxide, Dry Ashing And Ion Chromatography",

abstract = ": The determination of total sulfur (S) in soils and plant tissue samples can be accomplished using a combination of sodium bicarbonate/silver oxide, dry ashing and ion chromatography(lC). The proposed method offers high precision and acceptable accuracy for samples with more than 0.02% S. At the same time this procedure makes use of standard analytical equipment used in other phases of soil, water and plant tissue analysis. Soil sample sizes larger than 0.lg or high total S or barite (BaSO4) may not have acceptable S recoveries due to incomplete S oxidation or dissolution of BaSO4. In order to optimize recoveries of total S in these special soil samples, varying (decreasing) sample sizes is required.",

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T1 - Determination Of Total Sulfur In Soil And Plant Samples Using Sodium Bicarbonate/Silver Oxide, Dry Ashing And Ion Chromatography

AU - Artiola, Janick F.

AU - Ali, Abdul Mehdi S.

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Y1 - 1990/7/1

N2 - : The determination of total sulfur (S) in soils and plant tissue samples can be accomplished using a combination of sodium bicarbonate/silver oxide, dry ashing and ion chromatography(lC). The proposed method offers high precision and acceptable accuracy for samples with more than 0.02% S. At the same time this procedure makes use of standard analytical equipment used in other phases of soil, water and plant tissue analysis. Soil sample sizes larger than 0.lg or high total S or barite (BaSO4) may not have acceptable S recoveries due to incomplete S oxidation or dissolution of BaSO4. In order to optimize recoveries of total S in these special soil samples, varying (decreasing) sample sizes is required.

AB - : The determination of total sulfur (S) in soils and plant tissue samples can be accomplished using a combination of sodium bicarbonate/silver oxide, dry ashing and ion chromatography(lC). The proposed method offers high precision and acceptable accuracy for samples with more than 0.02% S. At the same time this procedure makes use of standard analytical equipment used in other phases of soil, water and plant tissue analysis. Soil sample sizes larger than 0.lg or high total S or barite (BaSO4) may not have acceptable S recoveries due to incomplete S oxidation or dissolution of BaSO4. In order to optimize recoveries of total S in these special soil samples, varying (decreasing) sample sizes is required.

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Determination Of Total Sulfur In Soil And Plant Samples Using Sodium Bicarbonate/Silver Oxide, Dry Ashing And Ion Chromatography

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