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Research on Application of Coal Fly Ash Soil Ameliorant within Modern Chinese Planting Environment

机译：粉煤灰土壤改良剂在现代中国种植环境中的应用研究

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This paper proposes the academic view of using low ash and less toxic coal fly ash as the soil trace element supplementary ameliorant, which is based on the analysis of circulation rules and loss of soil trace element in modern Chinese planting environment and the unsustainable phenomenon of soil trace element caused by modem planting modes. The corn planting field plot experiment has been conducted in Longkou with the selection of burnt Datong coal fly ashes discharged from the power plant of Shengli Oil Field. The result has demonstrated that ashes discharged from coal with low ash and less toxic substance, can be used vastly as soil trace element ameliorant, and it can maintain better soil ameliorant and increase the yields of crops.

机译：本文在分析现代中国种植环境中土壤微量元素的循环规律和流失以及土壤不可持续现象的基础上，提出了以低灰分，低毒煤灰为土壤微量元素补充改良剂的学术观点。微量元素是由调制解调器种植模式引起的。在龙口市进行了玉米种植田地试验，选择了胜利油田发电厂排出的大同烧煤粉煤灰。结果表明，灰分低，毒性低的煤所排放的灰分可广泛用作土壤微量元素改良剂，可保持较好的土壤改良剂并增加农作物的产量。

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《中山大学学报（自然科学版）》|2006年|312-313|共2页
会议地点
作者
MOU Jun-shan; Shandong Institute of Business Technology; ZHU Shu-quan;
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原文格式 PDF
正文语种
中图分类土壤改良;
关键词
Coal fly ash; Soil ameliorant; Planting environment; Trace element; thermal power plant;

机译：粉煤灰;土壤改良剂;种植环境;微量元素;火力发电厂;

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1. Evaluation of Coal Fly Ash-Based Synthetic Aggregates as a Soil Ameliorant for the Low Productive Acidic Red Soil [J] . G. Y. Jayasinghe, Y. Tokashiki, M. Kitou Water, air and soil pollution . 2009,第1a4期

机译：粉煤灰基合成骨料作为低产酸性红壤土壤改良剂的评价
2. Evaluation of Coal Fly Ash-Based Synthetic Aggregates as a Soil Ameliorant for the Low Productive Acidic Red Soil [J] . G. Y. Jayasinghe, Y. Tokashiki, M. Kitou Water, Air, & Soil Pollution . 2009,第1a4期

机译：粉煤灰基合成骨料作为低产酸性红壤土壤改良剂的评价
3. Coal fly ash and lime stabilized biosolids as an ameliorant for boron deficient acidic soils [J] . R. F. Jiang, C. G. Yang, D. C. Su Environmental Technology . 1999,第6期

机译：粉煤灰和石灰稳定的生物固体作为缺硼酸性土壤的改良剂
4. Sustained Remodelling Notions on Microelement Cycle Loss in Modern Planting Environment——Study and Reflections of Coal Fly Ash Ameliorant as Supplied Resources of Soil Microelement [C] . . 2006

机译：现代种植环境中微量元素循环损失的持续重塑概念-粉煤灰改良剂作为土壤微量元素补充资源的研究与思考
5. The influence of soil amendments (coal fly ash, and stabilized biosolids) on the plant parasitic nematode Meloidogyne hapla; including free living nematodes, microbes and soil chemical properties [D] . Jaramillo, Pablo 2010

机译：土壤改良剂（粉煤灰和稳定的生物固体）对植物寄生线虫Meloidogyne hapla的影响；包括游离的线虫，微生物和土壤化学性质
6. Leaching of Selected Trace Elements from Plant Growth Media Composed of Coal Fly Ash (FA) and of FA amended with Sphagnum Peat Moss and Soil. Part 1: Leaching of trace Elements from Group 1: Cesium (Cs) and Lithium (Li) and from Group 2: Beryllium (Be) Strontium (Sr) and Barium (Ba) [O] . Jerzy Bilski, Candace Kraft, Donna Jacob, -1

机译：从由粉煤灰（FA）组成的植物生长培养基中浸出的微量元素以及用泥炭藓泥炭藓和土壤改良的FA的浸出。第1部分：从第1组铯（Cs）和锂（Li）以及第2组第2组：铍（Be）锶（Sr）和钡（Ba）中的微量元素浸出
7. Biopolymeric flocculant extracted from potato residues using alkaline extraction method and its application in removing coal fly ash from ash-flushing wastewater generated from coal fired power plant [O] . Weijie Liu, Yan Hao, Jihong Jiang, 2017

机译：碱法提取法从马铃薯渣中提取生物聚合物絮凝剂及其在燃煤电厂产生的灰烬废水中去除粉煤灰的应用
8. Methods for Analysis of Trace Elements in Coal,Coal Fly Ash,Soil,and Plant Samples. [R] . slates, r. v. 1977

机译：煤，粉煤灰，土壤和植物样品中微量元素的分析方法。

Research on Application of Coal Fly Ash Soil Ameliorant within Modern Chinese Planting Environment

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