| 光谱学与光谱分析 |
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| Analysis of XRD Spectral Characteristics of Soil Clay Mineral in Two Typical Cultivated Soils |
| ZHANG Zhi-dan, LUO Xiang-li, JIANG Hai-chao, LI Qiao, SHEN Cong-ying, LIU Hang, ZHOU Ya-juan, ZHAO Lan-po*, WANG Ji-hong* |
| College of Resources and Environmental Science, Cultivating Base, National Key Laboratory for Jilin Province Ecological Restoration and Ecosystem Management, Jilin Agricultural University, Changchun 130118, China |
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Abstract The present paper took black soil and chernozem, the typical cultivated soil in major grain producing area of Northeast, as the study object, and determinated the soil particle composition characteristics of two cultivated soils under the same climate and location. Then XRD was used to study the composition and difference of clay mineral in two kinds of soil and the evolutionary mechanism was explored. The results showed that the two kinds of soil particles were composed mainly of the sand, followed by clay and silt. When the particle accumulation rate reached 50%, the central particle size was in the 15～130 μm interval. Except for black soil profile of Shengli Xiang, the content of clay showed converse sequence to the central particle in two soils. Clay accumulated under upper layer(18.82%)in black soil profile while under caliche layer(17.41%)in chernozem profile. Clay content was the least in parent material horizon except in black profile of Quanyanling. Analysis of clay XRD atlas showed that the difference lied in not only the strength of diffraction peak, but also in the mineral composition. The main contents of black soil and chernozem were both 2∶1 clay, the composition of black soil was smectite/illite mixed layer-illite-vermiculite and that of chernozem was S/I mixture-illite-montmorillonite, and both of them contained little kaolinite, chlorite, quartz and other primary mineral. This paper used XRD to determine the characteristics of clay minerals comprehensively, and analyzed two kinds of typical cultivated soil comparatively, and it was a new perspective of soil minerals study.
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Received: 2013-08-19
Accepted: 2013-12-23
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Corresponding Authors:
ZHAO Lan-po, WANG Ji-hong
E-mail: zhaolanpo12@163.com;wjh489@126.com
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