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Biodegradation and structural modification of humic acids in a compost induced by fertilization with steelmaking slag under coastal seawater, as detected by TMAH-py-GC/MS, EEM and HPSEC analyses

机译：沿海海水施肥在钢制制炉施氮中腐殖酸生物降解及结构改性，由TMAH-PY-GC / MS，EEM和HPSEC分析检测

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Hisanori IWAI; Mitsuo YAMAMOTO; Motoyuki MATSUO; Dan LIU; Masami FUKUSHIMA;
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1. Biodegradation and Structural Modification of Humic Acids in a Compost Induced by Fertilization with Steelmaking Slag under Coastal Seawater, as Detected by TMAH-py-GC/MS, EEM and HPSEC Analyses [J] . Hisanori IWAI, Mitsuo YAMAMOTO, Motoyuki MATSUO, Analytical Sciences . 2021,第7期

机译：沿海海水施肥肥料肥料肥料中腐殖酸的生物降解及结构改性，如TMAH-PY-GC / MS，EEM和HPSEC分析检测
2. Studies of structural alterations of humic acids from conifer bark residue during composting by pyrolysis-gas chromatography/mass spectrometry using tetramethylammonium hydroxide (TMAH-py-GC/MS) [J] . Masami Fukushima, Mitsuo Yamamoto, Takeshi Komai, Journal of Analytical & Applied Pyrolysis . 2009,第1期

机译：用四甲基氢氧化铵（TMAH-py-GC / MS）通过热解-气相色谱/质谱法研究堆肥过程中针叶树皮残留物中腐殖酸的结构变化
3. Mechanism of the Elution of Iron from a Slag-Compost Fertilizer for Restoring Seaweed Beds in Coastal Areas—Characteristic Changes of Steelmaking Slag and Humic Acids Derived from the Fertilizer during the Elution Process [J] . Mitsuo YAMAMOTO, Hisanori IWAI, Motoyuki MATSUO, Analytical Sciences . 2020,第5期

机译：从渣堆肥肥料中腐烂的钢制作床恢复的机制 - 在洗脱过程中施用肥料矿渣和腐殖酸腐殖质的特征变化
4. Mechanism of the Elution of Iron from a Slag-Compost Fertilizer for Restoring Seaweed Beds in Coastal Areas—Characteristic Changes of Steelmaking Slag and Humic Acids Derived from the Fertilizer during the Elution Process [O] . Mitsuo YAMAMOTO, Hisanori IWAI, Motoyuki MATSUO, 2020

机译：从渣堆肥肥料中腐烂的钢制作床恢复的机制 - 在洗脱过程中施用肥料矿渣和腐殖酸腐殖质的特征变化

Biodegradation and structural modification of humic acids in a compost induced by fertilization with steelmaking slag under coastal seawater, as detected by TMAH-py-GC/MS, EEM and HPSEC analyses

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