Comparison of humic acids from charred residues of Susuki (Eulalia, Miscanthus sinensis A.) and from the A horizons of volcanic ash soils.
Comparison of humic acids from charred residues of Susuki (Eulalia, Miscanthus sinensis A.) and from the A horizons of volcanic ash soils.
复制标题
Susuki（Eulalia、Miscanthus sinensis A.）烧焦残留物和火山灰土壤 A 层中腐植酸的比较。
DOI：
10.1080/00380768.1986.10557539
复制
发表时间：
1986
影响因子：
2
通讯作者：
Y. Matsui
中科院分区：
文献类型：
--
作者：
H. Shindo;T. Higashi;Y. Matsui
本文研究了香铃木（Eulalia，Miscanthus sinensis A.）与A层火山灰土进行了比较。腐竹炭渣中的胡敏酸（M-HA）属于A型胡敏酸。元素组成（C：61.0%。H：3.1%。编号：1.5%.0：M-HA的δ logK（0.57）、RF（97）值，除N含量外，均在火山灰土A层A型胡敏酸的范围内。M-HA的紫外、可见和红外吸收光谱与A型土壤胡敏酸相似。与A型土壤腐殖酸一样，M-HA的X射线衍射图谱显示在d=3.5和2.1A处存在两个峰，分别对应于石墨的（002）-和（10）-带。（002）带的傅立叶变换方法表明，M-HA主要由两层和三层堆积的组分组成，与A型土壤胡敏酸的情况相同。
The physico-chemical and spectroscopic properties of humic acids from the charred residues of Susuki (Eulalia, Miscanthus sinensis A.) and from the A horizons of volcanic ash soils were compared. The humic acid (M-HA) of charred Susuki residues belonged to Type A. The elementary composition (C: 61.0%. H: 3.1%. N: 1.5%.0: 34.4%), δlog K (0.57), and RF (97) values of M-HA, except for N content, fell Within the ranges of those of the Type A humic acids in the A horizons of volcanic ash soils. The UV, visible, and IR absorption spectra of M-HA were similar to those of the Type A soil humic acids. Like the Type A soil humic acids, the X-ray diffraction pattern of the M-HA revealed the presence of two peaks at d=3.5 and 2.1A, corresponding to the (002)- and (10)-bands of graphite, respectively. The Fourier transformation method of (002)-band enabled to show that the M-HA mainly consisted of stacked fractions of two and three layers, as in the case of the Type A soil humic acids.