Measurement of the Content of Organic Matter in the Soils Containing Cl
Kang Jin-hua
Abstract
Kang Jin-hua
Abstract
In this paper, the measurement of organic matter content in the soils containing Cl- is carried out, and the retrieval table for eliminating the disturbance of Cl- by adding H 2SO 4 in advance is developed. The experimental results are as follows: (1) The disturbance of Cl- can be eliminated for 18.0% when the organic matter content in soils ≤0.2%; (2) The disturbance of Cl- can be eliminated for 8.0% when the organic matter content in soils varies in a range of 0.2~0.6%; (3) The disturbance of Cl- can be eliminated for 6.0% when the organic matter content in soils varies in a range of 0.6%~1.0%; (4) The disturbance of Cl- can be eliminated for 26.0% when the organic matter content in soils varies in a range of 1.0~1.3%; (5) The disturbance of Cl- can be eliminated for 14.0% when the organic matter content in soils varies in a range of 1.3~ 1.6%; (6) The disturbance of Cl- can be eliminated for 8.0% when the organic matter content in soils varies in a range of 1.6~1.9%; (7) The disturbance of Cl- can be eliminated for 4.0% when the organic matter content in soils varies in a range of 1.9~2.3%; (8) The disturbance of Cl- can be eliminated for 1.6% when the organic matter content in soils varies in a range of 2.3~2.8%; (9) The disturbance of Cl- can be eliminated for 1.2% when the organic matter content in soils varies in a range of 2.8~3.2%; (10) The disturbance of Cl- can be eliminated for 0.6% when the organic matter content in soils varies in a range of 3.2~3.6%; (11) The disturbance of Cl- can be eliminated for 0.4% when the organic matter content in soils varies in a range of 3.6~ 3.8%; (12) The disturbance of Cl- can be eliminated for 50.0% when the organic matter content in soils is 4.0%; (13) The disturbance of Cl- can be eliminated for 42.0% when the organic matter content in soils varies in a range of 4.0~4.49%; (14) The disturbance of Cl- can be eliminated for 32.0% when the organic matter content in soils varies in a range of 4.4~4.5%; and (15) The disturbance of Cl- can be eliminated for 30.0% when the organic matter content in soils varies in a range of 4.6~5.0%.
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In this paper, the measurement of organic matter content in the soils containing Cl- is carried out, and the retrieval table for eliminating the disturbance of Cl- by adding H 2SO 4 in advance is developed. The experimental results are as follows: (1) The disturbance of Cl- can be eliminated for 18.0% when the organic matter content in soils ≤0.2%; (2) The disturbance of Cl- can be eliminated for 8.0% when the organic matter content in soils varies in a range of 0.2~0.6%; (3) The disturbance of Cl- can be eliminated for 6.0% when the organic matter content in soils varies in a range of 0.6%~1.0%; (4) The disturbance of Cl- can be eliminated for 26.0% when the organic matter content in soils varies in a range of 1.0~1.3%; (5) The disturbance of Cl- can be eliminated for 14.0% when the organic matter content in soils varies in a range of 1.3~ 1.6%; (6) The disturbance of Cl- can be eliminated for 8.0% when the organic matter content in soils varies in a range of 1.6~1.9%; (7) The disturbance of Cl- can be eliminated for 4.0% when the organic matter content in soils varies in a range of 1.9~2.3%; (8) The disturbance of Cl- can be eliminated for 1.6% when the organic matter content in soils varies in a range of 2.3~2.8%; (9) The disturbance of Cl- can be eliminated for 1.2% when the organic matter content in soils varies in a range of 2.8~3.2%; (10) The disturbance of Cl- can be eliminated for 0.6% when the organic matter content in soils varies in a range of 3.2~3.6%; (11) The disturbance of Cl- can be eliminated for 0.4% when the organic matter content in soils varies in a range of 3.6~ 3.8%; (12) The disturbance of Cl- can be eliminated for 50.0% when the organic matter content in soils is 4.0%; (13) The disturbance of Cl- can be eliminated for 42.0% when the organic matter content in soils varies in a range of 4.0~4.49%; (14) The disturbance of Cl- can be eliminated for 32.0% when the organic matter content in soils varies in a range of 4.4~4.5%; and (15) The disturbance of Cl- can be eliminated for 30.0% when the organic matter content in soils varies in a range of 4.6~5.0%.
Key concepts: Soil water, Organic matter, Disturbance (geology), Environmental chemistry, Environmental science, Content (measure theory), Soil organic matter, Chemistry