1) rubbish mixed fertilizer
垃圾复混肥
1.
The effect of rubbish mixed fertilizer on soil physical and chemical feature and forage productivity;
垃圾复混肥对土壤理化性质及牧草产草量的影响
2) Organic-inorganic rubbish-mixed fertilizer
有机无机垃圾复混肥
3) compound fertilizer produced with urban waste
垃圾复合肥
1.
Soil fertility effects of compound fertilizer produced with urban waste;
新型垃圾复合肥的肥力效应研究
4) waste compost
垃圾堆肥
1.
Remedying mechanism of waste compost to chromium-polluted soil;
垃圾堆肥对铬污染土壤的修复机理研究
2.
This paper analyzes urban waste compost's fertility effect:enhancing soil's nutrient,improving soil's physical and chemical character;biology effect:improving soil's micro-organism characteristics,enhancing plant's yield and quality;environment effect:resulting in soil's sandfication,salinization and heavy metals' accumulation etc,elaborats waste compost's remedy function to polluted soils.
分析了城市垃圾堆肥的肥力效应 :提高土壤养分 ,改善土壤的理化性质 ;生物效应 :改善土壤的微生物特性 ,提高植物的产量和品质 ;环境效应 :造成土壤的沙化、盐渍化、重金属积累等 ,阐述了垃圾堆肥对土壤环境的修复作用 。
3.
The obvious differences in soil N2O flux between urban waste compost treatment and compound fertilizer treatment existed mainly in seedling stage.
玉米生长季节内,垃圾堆肥处理的土壤N2O平均通量大于复合肥处理;与对照相比,施用垃圾堆肥及其复合肥使农田土壤的N2O通量增加,其土壤N2O平均通量分别是对照的1。
5) MSW compost
垃圾堆肥
1.
The usage of starch-based adhesive in MSW compost was studied.
尿素的加入对化学肥料的成粒性能影响较大,对于N、P、K化学复合肥料造粒,应考虑尿素的加入量对粘结剂和成粒性能的影响;有机质能够促进有机复混肥成粒,改善肥料性能,粘度为30mP·s的粘结剂适合于垃圾堆肥和草炭混合物的加工有机复混肥造粒。
2.
After high temperature fermentation of 14 days, 10 spaces of MSW compost in static tunnel had different maturities: the ratios of water all fail to meet the requirements of the first ending of fermentation.
以南宫堆肥厂27m长的静态高温堆肥发酵隧道仓为研究对象,对其10个不同区间的垃圾堆肥腐熟度进行分析并进行了模糊评价。
6) refuse compost
垃圾堆肥
1.
Growth status of Callistephus chinensis on the refuse compost medium and its water-envirmental effect;
垃圾堆肥基质对翠菊生长响应及其水环境的影响
2.
strains of cellulose-decomposing microbes were isolated from 22 samples of refuse compost,animal manure and soils.
从２２个垃圾堆肥、畜粪、土壤等样品中分离获得纤维分解菌１９８株，选其中２株生长快、粗纤维分解能力强的菌株制成菌剂，以０。
3.
Experimental results showed that refuse compost could increase yield of crops and could not cause heavy metal pollution.
研究结果表明：垃圾堆肥具有促进作物增产的作用，并不会引起重金属污染。
补充资料：配成复混肥料(见复混肥料)
配成复混肥料(见复混肥料)
肥料。配成复混肥料见复混
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