采用人工介质富集微生物净化太湖梅梁湾水源地水体中的藻类。
Study on biological degradation of algae and microcystins by means of enrichment microbes on artificial medium;
其净化机制主要表现在植物物理阻留、生理吸收和微生物作用等方面。
The purification mechanism mainly lies in the physical baffle, physiological absorption and microorganism action etc.
大量研究表明利用微生物对环境中有机磷农药的净化处理是行之有效的。
A lot of studies show that it is effective to degrade organophosphates by microorganisms.
采用生物膜填料塔进行了净化低浓度苯乙烯废气的实验研究及生物膜内微生物菌群分析。
The biofilm micro-community in bio-packing tower is detected and purifying the waste gas of low styrene concentration with bio-packing tower is analyzed.
通过采用生活污水水培吊兰，研究了该净化系统中微生物数量与净化效果的相关关系。
The correlation of microbe quantity and purification effect of purification system by using hydroponics chlorophytum comosum in domestic wastewater was studied.
目的了解东方田鼠微生物和寄生虫携带状况及其净化技术。
Objective To identify the presence of microorganisms and parasites in Microtus fortis and evaluate the purification techniques.
面对触目惊心的水质污染，工业微生物技术—微生物絮凝剂的研究为新世纪水质净化引导了新的方向。
Facing to startling water pollution, the study on industrial microbial technologies and microbial flocculant leads a new direction for new century water purification.
方法15个月间，前瞻性地对某医院血液净化室透析用水、透析液进行微生物学监测。
Methods During 15 months, the microbiological monitoring was employed prospectively to monitor the dialysis water and dialysis solution from the blood decontamination room of a hospital.
综述了微生物絮凝这一污水处理相关技术的研究和应用进展。对城市生活污水生物絮凝和净化的前景进行了展望。
It summarized progress in research and application of microbial flocculation technique and forecast perspectives of the clarification of wastewater from cities via microbial flocculation.
空气净化器虽然能够净化生产车间中的空气微生物，但其净化率为53.1%，净化后的空气未达到洁净空气的标准，因此还应同时采取其他相应净化措施。
The depurator could purify air microorganisms at the workshop, with a purifying rate of 53.1%, but it did not reach the standards of clean air.
结论研制的空气净化装置可对坑道内典型的化学污染物及大肠杆菌代表的微生物进行有效地去除或杀灭，现场试用结果表明可有效保证坑道空气质量。
Conclusion the air purification device can effectively eliminate the typical chemical and biological pollutants in tunnels, and the field-test showed that the air quality is guaranteed.
当停留时间长时，微生物有足够的时间去吸附降解有机物，净化效率高。
When the residence time is long, the germs have enough time to degrade and absorb VOCs, so the efficiency is high.
系统的阐述了湿地土壤、植物、微生物在污水净化中的作用及机理，并展望了湿地未来发展前景。
This paper discussed the purification function and mechanism of wetland soils, plants, and micro-organisms. Finally, the prospect of wetlands future was prospected.
方法：采用无菌剖腹产与人工哺乳技术，对CV级新西兰实验兔进行了微生物和寄生虫净化，培育出SPF级新西兰实验兔；
Method: We adopted germfree caesarean section and artificial suckling to make CV New Zealand Laboratorial rabbit biology-cleansing and cultivate SPF New Zealand Laboratorial rabbit.
本发明涉及“养殖水体用微生物水质净化剂及制备工艺”，属于动物养殖技术领域。
The invention relates to a microorganism water treatment agent in culturing water and a preparation technique thereof, belonging to the technical field of animal farming.
并进一步展望了沸石分子筛吸附微生物组合来改善养殖水体底泥的可能性，沸石的活化、改性和复合工艺更将拓展沸石净化养殖水体能力。
The prospects of the researching and development of zeolite as molecular sieve to culture predominant beneficial bacteria group to improve the sediment property were put …
并进一步展望了沸石分子筛吸附微生物组合来改善养殖水体底泥的可能性，沸石的活化、改性和复合工艺更将拓展沸石净化养殖水体能力。
The prospects of the researching and development of zeolite as molecular sieve to culture predominant beneficial bacteria group to improve the sediment property were put …
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