首页> 外文会议>ISWFPC;International symposium on wood, fiber and pulping chemistry >N-MODIFIED ORGANIC MATTER FOR SOIL IMPROVEMENT: STATE OF RESEARCH ON NITROGEN BINDING IN AMMONOXIDISED LIGNINS
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N-MODIFIED ORGANIC MATTER FOR SOIL IMPROVEMENT: STATE OF RESEARCH ON NITROGEN BINDING IN AMMONOXIDISED LIGNINS

机译:用于土壤改良的N改性有机物:氨氧化木质素氮结合的研究现状

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Oxidative ammonolysis of lignin under mild conditions is considered to be a suitable reaction to mimic the natural humification process. The products obtained can potentially be used as soil-improving materials as they share structural similarities with stable terrestrial humic substances. In addition they release nitrogen slowly to the soil over a long term. Based on studies using model compounds we have acquired clear evidence that the majority of nitrogen in natural and artificial humic substances - the latter obtained by ammonoxidation of ligneous substrates - is bound in similar structural moieties. Furthermore, the results obtained strongly support the idea of the formation of low molecular phenolic and quinoid intermediates for both natural humification and ammonoxidation of ligneous matter.
机译:木质素在温和条件下的氧化氨解被认为是模拟自然腐殖化过程的合适反应。所获得的产品可能与土壤稳定的腐殖质具有相似的结构,因此有可能被用作土壤改良材料。此外,它们会长期向土壤中缓慢释放氮。基于使用模型化合物进行的研究,我们已经获得了明确的证据,证明天然和人工腐殖质中的大部分氮-后者是通过木质底物的氨氧化获得的-结合在相似的结构部分中。此外,获得的结果有力地支持了形成木质素的自然腐殖化和氨氧化性的低分子酚醛和醌型中间体的想法。

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