2) bacterial regrowth
细菌再生长
1.
However,recent results have shown that phosphorus determines also the extent of bacterial regrowth in distribution system.
生物可同化有机碳(AOC)一直被认为是控制管网水中细菌再生长的主要因素,最近的研究表明磷也有可能成为限制因素。
2.
Limitation of phosphorus on bacterial regrowth was studied in source water, water treatment process and a main distribution pipe of J waterwork in T city, by modified assimilable organic carbon(AOC) method and microbially available phosphorus(MAP) analysis.
该研究配水干管中 ,水样的AOCpotential、AOCP 为AOCnative的 2～ 8 7倍 ,磷成为细菌再生长的限制因
3.
In the experiment, a bioassay called Bacterial Regrowth Potential (BRP) was used to investigate the effect of phosphorus on bacterial regrowth in the water sample that was made from some raw water taken from a reservoir located in northern China.
利用细菌再生长潜力 (BacterialRegrowthPotential,BRP)的微生物分析方法 ,研究了水中的磷对其生物稳定性的限制因子作用 。
3) bacterial regrowth potential
细菌再生长潜力
4) regenerated bacterial cellulose
再生细菌纤维素
1.
Dissolution properties of regenerated bacterial cellulose in NaOH/urea/thiourea solution;
再生细菌纤维素在NaOH/尿素/硫脲溶剂体系中的溶解性能研究
2.
Based on experiments, it had been found that there were some differences between bacterial cellulose (BC) and regenerated bacterial cellulose (RBC).
对比研究了细菌纤维素和再生细菌纤维素的结构与性质上的差异,揭示了细菌纤维素在氯化锂(LiC)l/二甲基乙酰胺(DMAc)溶剂体系下溶解,经水浴凝固再生前后的形貌、大分子结构、晶型及尺寸、物理机械性能、含水保湿性上的变化,为再生细菌纤维素的应用提供理论依据。
5) bacterial regrowth controlling
细菌再生长控制
6) regenerated strain
再生菌株
1.
To establish transformation system of Phytophthora sojae,we prepared protoplasts of the well-studied strain Pmg 2-3 of the oomycete and investigated biological characters of regenerated strains.
为了建立聚乙二醇(PEG)介导的大豆疫霉菌的遗传转化系统,对大豆疫霉菌原生质体的制备条件及再生菌株的生物学性状进行了研究。
补充资料：长岑长
1.《后汉书．崔骃传》﹕"宪(窦宪)擅权骄恣﹐骃数谏之。及出击匈奴﹐道路愈多不法﹐骃为主簿﹐前后奏记数十﹐指切长短。宪不能容﹐稍疏之﹐因察骃高第﹐出为长岑长。"李贤注﹕"长岑﹐县﹐属乐浪郡﹐其地在辽东。"后用以称颂不为权贵所容之官吏。
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