首页> 外文会议>International conference on green energy and environmental sustainable development >Fluorescent Characteristics of Dissolved Organic Matters in Soil at Water-level-fluctuating zone(WLFZ) in Kaixian of Three Gorges Reservoir and Their Spacial Distributions
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Fluorescent Characteristics of Dissolved Organic Matters in Soil at Water-level-fluctuating zone(WLFZ) in Kaixian of Three Gorges Reservoir and Their Spacial Distributions

机译:三峡水平储层水平波动区(WLFZ)土壤溶解有机物荧光特性及其间隔分布

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The DOM compositions at WLFZ in Kaixian of Three Gorges Reservoir Area, the location features and spatial distribution of fluorescence peak were studied by using Three-dimensional fluorescence spectroscopy. The results show that most DOM in soil at the WLFZ contain humic-like fluorescence peaks A and C, tryptophan-like fluorescence peaks B and D, and only some soils contain tyrosine-like fluorescence peaks E and F. The positions of humiclike fluorescence peaks in the visible region and ultraviolet region of DOM change greatly; the positions of tyrosine-like fluorescence peaks in longer wavelengths change slightly. Soil humus is the main source of DOM i, and it is mainly composed by humic substances. The trends of spatial changes of humic-like fluorescence intensities in visible region and in ultraviolet region are roughly the same; the trend of spatial changes of tryptophan-like fluorescence intensities is consistent with that of humic-like in the shorter wavelengths.
机译:三峡储层区域的Kaixian的WLFZ中的DOM组成,通过使用三维荧光光谱研究荧光峰的位置特征和空间分布。结果表明,WLFZ的土壤中的大多数DOM含有腐殖质样荧光峰A和C,色氨酸样荧光峰B和D,并且只有一些土壤含有酪氨酸样荧光峰E和F.腐殖质荧光峰的位置在可见区域和DOM的紫外线区域大大变化;酪氨酸样荧光峰值在更长的波长中的位置略微变化。土壤腐殖质是DOM I的主要来源,它主要由腐殖质的物质组成。可见区域和紫外区域中腐殖质荧光强度的空间变化的趋势大致相同;色氨酸样荧光强度的空间变化的趋势与较短波长的腐殖液相一致。

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