2004Arid Zone ResearchRequires access

Measurement of the Content of Organic Matter in the Soils Containing Cl

Kang Jin-hua

Open publisher page 0 citations

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%.

About this research paper

What this paper is about

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%.

Why it matters

A significance statement is not available in the OpenAlex record.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available 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%.

Key concepts: Soil water, Organic matter, Disturbance (geology), Environmental chemistry, Environmental science, Content (measure theory), Soil organic matter, Chemistry

Related papers

Back to paper searchBrowse research topicsOriginal source
Measurement of the Content of Organic Matter in the Soils Containing Cl — Research Paper | ScholarLens