1)insolubilized humic acid不溶性腐殖酸
1.Adsorption of Cr(VI) by insolubilized humic acid;不溶性腐殖酸吸附Cr(Ⅵ)的研究
2.Study on the adsorption behavior of p-nitroaniline from aqueous solution by insolubilized humic acid;不溶性腐殖酸对水中对硝基苯胺吸附行为的研究
3.The mechanism of p-nitroaniline adsorption on insolubilized humic acid in water was studied by the theory of adsorption kinetics.通过吸附动力学研究了不溶性腐殖酸吸附水中对硝基苯胺的机理。
2)dissolved HA溶解性腐殖酸
3)insoluble humic acid不溶性腐植酸
1.The maximum removal of chromium by insoluble humic acid was up to 98% in aqueous solutions with the reaction time of 60 min at pH10.通过对不溶性腐植酸和未处理的腐植酸对六价铬吸附作用的研究,确定了最佳反应条件,说明不溶性腐植酸的作用效果。
4)acid humus酸性腐殖
5)dissolved humic acid溶解态腐殖酸
1.Fluorescence characteristics of dissolved humic acids with different sources and copper ion complexion不同来源溶解态腐殖酸与Cu~(2+)作用的荧光特性
2.The contour plot of three-dimensional excitation wavelength-emission wavelength-matrix fluorescence intensity fluorescence spectroscopy and fluorescent emission spectra were used to study the fluorescence characteristics of the dissolved humic acid and the complexation of dissolved humic acid and lead ion.通过三维激发波长-发射波长-荧光强度矩阵荧光光谱(3DEEMS)的荧光等高线和发射荧光谱图研究溶解态腐殖酸及其与铅离子络合的荧光特性。
英文短句/例句
1.Fluorescence characteristics of dissolved humic acids with different sources and copper ion complexion不同来源溶解态腐殖酸与Cu~(2+)作用的荧光特性
2.Study on the Complexation of Cu~(2+) Metal Ions with Dissolved Humic Acid and Influencing Factors溶解态腐殖酸与Cu~（2+）的络合作用及影响因素研究
3.STUDY ON FLUORESCENCE CHARACTERIST OF DISSOLVED HUMIC ACID AND COMPLEXION OF IT AND LEAD ION水环境中溶解态腐殖酸与Pb~(2+)络合的荧光特性研究
4.Dynamic changes of different soluble humus substances in chicken manure鸡粪腐解过程中不同溶性腐殖质的动态变化
5.Dynamic changes of different soluble humus zinc in chicken manure鸡粪腐解过程不同溶解性腐殖物质结合形态锌的动态
6.Dynamics of Humus Complexed Copper and Zinc during Manure Composting粪肥腐解过程不同溶性腐殖物质结合态铜锌的动态变化
7.Study on effect elements of TiO_2 aqueous suspensions with photocatalysis and degradation of HA悬浮态TiO_2光催化降解腐殖酸的影响因素研究
8.WATER SOLUBILITY ENHANCEMENT OF ANTHRACENE BY USING HUMIC ACID腐殖酸对蒽的增溶作用及其影响因素
9.Solubilization Thermodynamics and Kinetics of Anthracene in the Presence of Humic Acid蒽在腐殖酸溶液中的增溶热力学及动力学研究
10.Dynamic changes of soluble humus-complexed copper in chicken manure鸡粪腐解过程中不同溶性腐殖质结合铜的变化
11.The Solubilization of Humic Kalium to Sodium Dodecylbenzene Sulfonate(SDBS)腐殖酸钾对十二烷基苯磺酸钠(SDBS)增溶作用
12.Experimental studies on treating humid acid solution by photocatalytic oxidation光催化氧化法处理腐殖酸溶液的实验研究
13.Kinetics of humic acid degradation by TiO_2 nanotubes/UV/O_3TiO_2纳米管/UV/O_3对腐殖酸的降解动力学
14.The Soluble and Antiseptic Effects of 5 Different Antiseptic Agents in the Solution of 50% Magnesium Sulfate五种防腐剂在50%硫酸镁溶液中的溶解及防腐效果
15.IMPACT OF ACCELERATED EROSION ON DYNAMICS OF SOIL HUMIC ACIDS加速侵蚀对土壤腐殖酸动态变化的影响
16.Influence of Humic Acid on Adsorption and Speciation Distribution of La、Nd in Soil腐殖酸对La、Nd的吸附及土壤中形态分布的影响
17.The effect of humic acid on the species and distribution of thallium in polluted soil腐殖酸对铊污染土壤中铊形态和分布的影响
18.Effects of humic acid and compost on speciation transformation of zinc and lead in soil堆肥和腐殖酸对土壤锌铅赋存形态的影响
相关短句/例句
dissolved HA溶解性腐殖酸
3)insoluble humic acid不溶性腐植酸
1.The maximum removal of chromium by insoluble humic acid was up to 98% in aqueous solutions with the reaction time of 60 min at pH10.通过对不溶性腐植酸和未处理的腐植酸对六价铬吸附作用的研究,确定了最佳反应条件,说明不溶性腐植酸的作用效果。
4)acid humus酸性腐殖
5)dissolved humic acid溶解态腐殖酸
1.Fluorescence characteristics of dissolved humic acids with different sources and copper ion complexion不同来源溶解态腐殖酸与Cu~(2+)作用的荧光特性
2.The contour plot of three-dimensional excitation wavelength-emission wavelength-matrix fluorescence intensity fluorescence spectroscopy and fluorescent emission spectra were used to study the fluorescence characteristics of the dissolved humic acid and the complexation of dissolved humic acid and lead ion.通过三维激发波长-发射波长-荧光强度矩阵荧光光谱(3DEEMS)的荧光等高线和发射荧光谱图研究溶解态腐殖酸及其与铅离子络合的荧光特性。
6)Modified humic acid改性腐殖酸
延伸阅读
腐殖酸分子式：CAS号：性质：腐殖物质中胡敏酸、富啡酸和胡敏素的总称。其化学元素主要是碳、氧、氢、氮、硫等。其含氧功能团有羧基、酚羟基、羰基、甲氧基、醌基和醇羟基等。其分子量较高，由几百至几万不等。腐殖酸分子内部有很多交联结构，整体结构不紧密。它是带电荷的两性胶体。其羰基和酚羟基可与铁、铝、铜、锌等金属离子形成络合物，其稳定性随介质pH值和芳化度的增高而增大。对土壤肥力性状的影响是多方面的，也是比较大的。
