1) alkalized soil
碱化土壤
1.
Research on the amount of desulfurized gypsum from the coal-burning power plant applied to improve the alkalized soil for paddy rice
脱硫石膏改良碱化土壤种植水稻施用量研究
2.
The total nitrogen content,alkali-soluble nitrogen content,ammonification intensity,nitrogen fixation intensity,urease activity, protinase activity,nitrite reductase activity and nitrate reductase activity increased in alkalized soil in which Puccinellia tenuiflora was grown(Pt soil) compared with alkali spot soil and the differences depended on the number of years for which it was grown.
星星草生长不同年数碱化土壤与碱斑土壤比较,全氮含量、碱解氮含量、氨化强度、固氮强度、脲酶活性、蛋白酶活性、亚硝酸还原酶活性和硝酸还原酶活性均增加,星星草生长不同年数碱化土壤间存在不同差异。
3.
The field experiment that improving alkalized soil by desulfurized gypsum to plant sweet sorghum in Xidatan of Ningxia indicated that, applying desulfurized gypsum could effectively reduce the alkalization degree, M- alkalinity and pH value of the soil, sig- nificantly enhance the seeding rate and yield.
脱硫石膏改良碱化土壤种植甜高粱的田间试验研究表明,施用脱硫石膏可以有效降低土壤碱化度、总碱度和pH值,显著提高甜高粱的出苗率和产量。
2) sodic soil
碱化土壤
1.
Because main composition of by-product from flue gas desulphurization(BFGD)are CaSO_4, it can be used for improving sodic soils.
由于脱硫副产物的主要成分为CaSO4,因此可以用来改良碱化土壤。
2.
The effect of sodic soils reclamation was investigated using by-product from FGD and searched for the optimal quantity of soil amendment due to the improvement of sodic soils.
通过分析在不同脱硫副产物施用量下土壤理化性质的变化规律,对脱硫副产物改良碱化土壤进行理论研究,探寻改良碱化土壤的优化利用模式。
3) alkaline soil
碱化土壤
1.
Impacts of the applied period and depth of desulfurized gypsum on improving the alkaline soil
脱硫石膏施用时期和深度对改良碱化土壤效果的影响
2.
The effect of different methods of applying gypsum on improving alkaline soils were studied.
试验研究了不同施用石膏方法对改良碱化土壤的效果差异,结果表明:把定量石膏与60cm土层的土壤全部混均改良效果最好,但受现实条件的制约,成本高,不可取;把石膏与20cm土层混均的改良效果远大于把石膏施与土壤表层的改良效果,且个别碱化指标优于其它两种处理,生产上也易实现。
4) alkali soil
碱化土壤
1.
The application and effect of desulphurized waste of flue gas in improving alkali soil;
烟气脱硫废弃物在碱化土壤改良中的应用及效果
2.
Integrated Benefit Evaluation of Reject of Gas Desulfurization Improving Demonstrated Areas of Alkali Soil;
燃煤烟气脱硫废弃物改良碱化土壤示范区的综合效益评价
5) basified soil
碱化土壤
1.
Effect of Gypsum on Improving Basified Soil (Ⅲ)—— Soil column made by applying fixed quantity gypsum to basified soil surface;
石膏改良碱化土壤的效果(Ⅲ)——碱化土壤表面施用定量石膏的土柱系列
2.
The predecessors have exerted gypsum improvement to basified soil.
前人使用石膏改良碱化土壤,用大水淹灌、灌排配套的条件下频繁换水等措施。
补充资料：土壤碱化
分子式：
CAS号：
性质：又称土壤钠质化(soil sodication)。土壤吸收性复合体接受一定数量的交换性钠，降低土壤中钙镁含量，使土壤具有一系列碱化特征的过程。在土壤频繁的季节性积盐和脱盐的交替过程中，部分易溶盐中的钠离子代换了吸收复合体中的钙、镁离子而进入土壤，交换性钠占阳离子交换总量的5％以上，土壤开始碱化。土壤碱化以后，物理化学性状恶化，碱化强烈时，使土壤在湿时变得泥泞，干时变得坚硬，通气性、透水性极差，植物不能正常生长。
CAS号：
性质：又称土壤钠质化(soil sodication)。土壤吸收性复合体接受一定数量的交换性钠，降低土壤中钙镁含量，使土壤具有一系列碱化特征的过程。在土壤频繁的季节性积盐和脱盐的交替过程中，部分易溶盐中的钠离子代换了吸收复合体中的钙、镁离子而进入土壤，交换性钠占阳离子交换总量的5％以上，土壤开始碱化。土壤碱化以后，物理化学性状恶化，碱化强烈时，使土壤在湿时变得泥泞，干时变得坚硬，通气性、透水性极差，植物不能正常生长。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条