hypersaline
英
美
adj. 高盐（度）的
双语例句
- Biodegradation characteristics of Acid Orange 7 under hypersaline conditions
高盐条件下染料酸性橙7的生物降解特性 - Colored deep red by algae adapted to survive in its hypersaline waters, this lake in the Ubari Sand Sea is fed by springs from an underground aquifer created by ancient rains.
这个奥巴里沙海中的湖被适于在高盐度水中生存的藻类染成了深红色，水源来自远古雨水形成的地下含水层的泉水。 - Halophilic archaea had been isolated from various hypersaline environments.
嗜盐古菌是一类生活在高盐环境中的古细菌。 - Over the last decades, many researches were focused on biological treatment of hypersaline organic wastewater.
近几十年，许多研究致力于生物法处理高盐有机废水。 - Study on the Phosphate Reduction System Construction and Efficiency Influencing Factors in Treating Hypersaline& High Phosphate Wastewater
超高盐高磷废水好氧磷酸盐生物还原系统构建及效能影响因素研究 - Transformation of Phosphorus Forms in the Construction Process of Phosphate Reduction System of Hypersaline and High-phosphorus Wastewater
超高盐高磷废水磷酸盐还原系统构建过程中磷系统转化分析研究 - As compared to control salinity condition, an exposure to hyposaline or hypersaline conditions inhibited the growth of A.halophytica.
与对照组相比，低盐胁迫和高盐胁迫都抑制盐生隐杆藻的生长。 - The adaptation of saline habitat Born in hypersaline environment mangroves, faced with two questions.
对盐渍生境的适应红树林生于高盐度的环境，面临着两个问题。 - Study on Process Techniques for Hypersaline Pharmaceutical Wastewater with Electrolysis-SBR
电解-SBR联合处理高盐高浓度制药废水工艺技术研究 - The feasibility, character and biological process of industrial hypersaline wastewater biochemical treatment of salt-tolerant sludge acclimation were studied through comparing the activated sludge acclimation under high and low saline conditions.
通过比较在高盐和低盐条件下活性污泥驯化过程，研究了含盐工业废水生化处理耐盐污泥驯化的可行性、特点及其生物学过程。 - Treatment of hypersaline wastewater with A/ DAT-IAT biofilm process
A/DAT-IAT生物膜法处理高含盐废水 - Hypersaline fluid metamorphism has potentialities of low H2O activity, high alkali mobility and efficient LILE and silica transportation and it should be testified by more researches.
而高盐度流体变质模式的确有潜在的优势，如低H2O活度、较强的碱金属、LILE及硅酸盐的搬运能力，但这一理论需要进一步证实。 - Study on Active Carbon Bio-augmentative Treatment of Hypersaline Organic Wastewater
活性炭强化生物处理高含盐有机废水研究 - The Status Quo of Bio-treatment Process for Hypersaline Wastewater by Halophilic Bacteria
适盐细菌技术处理高含盐有机废水的现状 - Sludge Acclimation of Microbiological Treatment of Hypersaline Refractory Waste Water
高盐难降解工业废水微生物处理的污泥驯化研究与应用 - Recently, huge quantity of hypersaline organic wastewater discharged every year in China, which was great harmful to the ecological environment and became the big problem in environmental engineering field.
我国目前高盐有机废水年排放量巨大、处理效率低下，严重影响生态环境安全，成为环境工程领域亟待解决的难题。 - However, at present it is difficult to be achieved that the hypersaline wastewater rich in organic matter and suspended solids is desalted efficiently and economically.
然而目前还无法高效而经济地对富含营养物的高盐度废水进行脱盐。 - However, conventional biological treatment is greatly impaired in hypersaline environments because of the inhibiting effect of high concentrations of inorganic salts on microorganisms.
但是，在高盐度废水的生化处理中，废水中的高浓度无机盐会对微生物产生严重的抑制，从而严重削弱微生物处理系统的处理能力，最终导致废水处理效果的显著下降。 - The results of dehydrogenase activity assays demonstrated that inoculation with marine bacteria improved the activity of biofilm in hypersaline environments.
脱氢酶活性检测结果显示，接种嗜盐海洋菌提高了生物膜微生物群落在高盐环境中的代谢活性。 - Moderate halophiles possessing strong metabolism ability widely existed in the habitats with extended range of salinity, which had great importance to the biotreatment of hypersaline effluents.
中度嗜盐菌抗盐分波动范围宽、代谢能力强，对高盐废水生物处理具有重要意义。 - Seawater is a distinct injurious agent for trauma victim because sea water has special characterization such as hyperosmosis, hypersaline and hypothermia.
海水是一种独特的致伤因素，具有高渗、高盐和低温等特点。 - Artemia sinica is widely distributed in hypersaline waters.
中国卤虫（Artemiasinica）广泛分布于高盐水域中。 - To avoid the adverse effect of high salinity on biological treatment system, desalinisation of hypersaline wastewater before the biological treatment process is considered.
为避免高盐度对生物处理系统性能产生不利影响，可以考虑在生物处理之前对废水进行预处理，使废水盐度降低至对微生物普遍无害的水平，再对其进行生化处理。 - Generally, in addition to salts ( mainly NaCl), many varieties of hypersaline wastewater is rich in organic matter, nitrogen and phosphorus, which belong to nutrient pollutants.
许多种类的高盐度废水在含有高浓度无机盐（以NaCl为主）的同时还富含有机物、氮、磷等营养类污染物。 - In hypersaline environments biofilter recovery after backwashing was significantly prolonged whereas the time required in the bio-augmented IABF was comparatively short.
在高盐环境中，生物滤池反冲洗后所需恢复时间较之在普通环境中时显著延长。 - Along with the rapid development of mustard industry, a large amount of hypersaline wastewater containing high nitrogen and phosphorus has been discharged into the Three Gorges Reservoir annually.
随着库区特色榨菜产业高速发展，每年向三峡库区排放大量高盐高氮磷废水，随着库区水环境氮磷污染和富营养化的加剧，以及氮磷排放标准的提高，开发高效除磷技术成为当务之急。 - With the rapid growth of industrial activities and ocean exploitation as well as the development of coastal cities the discharge amount of hypersaline wastewater is increasing with years.
随着工业活动和海洋开发活动的迅速增长以及沿海城市的快速发展，高盐度废水的产生量也逐年增加。