1) dephosphorization conditions
厌氧除磷条件
1.
Screening for the phosphate reducer and study on their dephosphorization conditions;
厌氧除磷种源的筛选与厌氧除磷条件的研究
2) anaerobic dephosphorization
厌氧除磷
1.
Identification of a novel anaerobic dephosphorization bacterial strain and its activity in phosphate removal under anaerobic condition;
一株新的厌氧除磷功能菌株的鉴定与活性
2.
Using sludge from concentrated pool as inoculum,a strain of anaerobic dephosphorization bacteria from the concentrated pool was isolated and identified through traditional and modern microbiological methods.
采用浓缩池污泥为细菌分离的种泥,利用传统和现代微生物的分离、鉴定相结合手段,分离出一株源于污泥浓缩池的厌氧除磷功能菌(NA菌),从细菌形态、生理生化和16S rDNA三方面确定了所得细菌的分类地位,利用静态厌氧反应对其进行厌氧除磷特性初探。
3) anaerobic condition
厌氧条件
1.
The results showed that:(1) Phosphorous release rate from sediments would be accelerated in anaerobic condition while in aerobic condition it sould be restrained and sediment may absorb deliquescent phosphorous;(2)Phosphorous release rate would be accelerated in weak acidic or weak al.
通过调整上覆水的DO、pH、温度等条件,在室内进行静态模拟试验,得到了如下结果:厌氧条件促进底泥无机磷的释放,好氧条件抑制底泥磷的释放,同时还可吸收水体中的磷;弱酸性或弱碱性上覆水条件均促进底泥中磷的释放;随着温度的升高,底泥中无机磷的释放量也随之增加。
2.
Tetrachloroethylene (PCE) is biodegraded by reductive dechlorination in anaerobic condition.
四氯乙烯 (PCE)在厌氧条件下通过还原脱氯发生生物降解 。
4) anaerobic dephosphorization bacteria
厌氧除磷菌
1.
Identification of a novel anaerobic dephosphorization bacterial strain and its activity in phosphate removal under anaerobic condition;
结果表明,该菌确定为一株新的异养型厌氧除磷菌,其与2006年报道的Pseudochrobactrumsaccharolyticum菌的同源性高达98。
5) aerobic and anaerobic environ ments
曝厌氧条件
6) non-strict anaerobic condition
非厌氧条件
补充资料：2-(10H-9-氧杂-10-磷杂-1-菲基)氢醌氧化磷
CAS：99208-50-1
中文名称：2-(10H-9-氧杂-10-磷杂-1-菲基)氢醌氧化磷
英文名称：2-(10H-9-Oxa-10-phospha-1-phenanthryl)hydroquinone phosphorus oxide
中文名称：2-(10H-9-氧杂-10-磷杂-1-菲基)氢醌氧化磷
英文名称：2-(10H-9-Oxa-10-phospha-1-phenanthryl)hydroquinone phosphorus oxide
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