1) Excrement
[英]['ekskrɪmənt] [美]['ɛkskrɪmənt]
粪污
1.
Discussion on Excrement Control Technology in Hennery;
养鸡场粪污治理技术研究与探讨
2) earthworm fecal sludge
蚓粪污泥
3) swine wastewater
猪粪污水
1.
The effects of different pre-treatment methods of swine wastewater on the hydrogen production of the photosynthetic bacteria group were studied through the experiments.
通过实验研究了猪粪的不同预处理方法对光合菌群产氢效果的影响,介绍了采用不同方法预处理的猪粪与高效产氢光合菌群产氢量的相关关系、预处理前后猪粪污水中小分子有机酸含量的变化规律以及猪粪的最佳预处理工艺条件等。
2.
In experiment, pre-processed swine wastewater was used as substrate medium, alginate immobilized photosynthetic bacteria group were engaged to product hydrogen.
采用自行研制的新型环流罐式光合微生物反应器(CCPR),进行了以经过预处理的猪粪污水为产氢底物,利用光合细菌菌群产氢的实验研究,探讨了连续光合产氢的工程控制参数。
4) fecal sewage
粪便污水
1.
Biological nutrient removal for combine treat fecal sewage in Datansha Sewage Treatment Plant;
大坦沙污水厂承接粪便污水的脱氮除磷研究
2.
Regarding to the high concentrations of nitrogen,phosphorus and organic matters in fecal sewage,the productive research on treatment of fecal sewage by biological/chemical process was performed.
针对粪便污水的氮、磷和有机物浓度高的特点,开展了生物—化学工艺处理粪便污水的生产性试验研究。
5) nightsoil wastewater
粪便污水
1.
Photosynthetic bacteria (PSB)were used to treat highly concentrated nightsoil wastewater and produce a liquid fertilizer.
用光合细菌（ＰＳＢ）对高浓度粪便污水进行了液肥化处理。
6) pig dejecta wastewater
猪粪污水
1.
Influence of the degree of light intensity on hydrogen production of Rhodobacter sphaeroides from pig dejecta wastewater;
光照度对猪粪污水条件下红假单胞菌光合产氢的影响
2.
Using pig dejecta wastewater as substrate and pig dejecta wastewater free of NH4+ /NH3 as comparison, the correktivity of the growth, hydrogen production of photosynthetic bacteria and [NH4+],under the condition of anaerobic, continuous illumination and 30 ℃, were examined.
以猪粪污水提取液为基质,脱NH4+／NH3猪粪污水提取液为对照,厌氧、连续光照、30℃下恒温培养产氢光合细菌,对光合细菌生长、产氢和(NH4+]进行了动态研究。
补充资料：插粪
1.用锹取粪。
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