综述了富营养化的供水原水中，藻类控制与去除方法的国内外研究进展。
Then, the methods of algae control in eutrophic lake and the processes of algae removal in the raw water are described.
这种含高纤维的褐色藻类提取物可以帮助控制肝癌和肺癌，消除炎症，而且有抗肿瘤和抗氧化的功效。
High in fiber, this brown algae extract helps control liver and lung cancer, douses inflammation, and is anti-tumor and anti-oxidative.
自从海胆从南佛罗里达海岸的海水中消失后，那里有许多珊瑚礁被不受控制生长的藻类所扼杀。
Since the disappearance of sea urchins from the waters up the coast of South Florida, many coral reefs there have been smothered by the uncontrolled growth of algae.
海带：这种含高纤维的褐色藻类可以帮助控制肝癌和肺癌，对抗炎症，而且有抗肿瘤和抗氧化的功效。
Kelp: High in fiber, this brown algae extract helps control liver and lung cancer, douses inflammation, and is anti-tumor and anti-oxidative.
指用于制冷和加工系统的水体防腐剂，控制有害机体（如微生物、细菌、藻类等）的防腐作用。
Products used for the preservation of water or other liquids used in cooling and processing systems by the control of harmful organisms such as microbes, algae and mussels.
本文报道了在湖泊现场用围隔生态系统对藻类进行化学控制的研究。
Using enclosure ecosystem bags, the control of algal overgrowth with chemical methods is studied in eutrophic Chaohu Lake.
藻类是在严格控制耕地的产品，除草剂和杀虫剂都无结果的条件。
The algae are cultivated under carefully controlled conditions resulting in a product that is both herbicide and pesticide-free.
适合大型藻类细胞增殖的光生物反应器需要五个基本因素：光照、温度控制、气体传输、营养物质传输、混合。
Photobioreactors suitable for macroalga cell cultivation must offer five fundamental factors:illumination, controllable temperature, air transfer, nutrients transfer, and mixing.
磷是水体中藻类种群和密度的第一限制性营养元素，因此在水体富营养化的治理上，可能取决于对磷的控制措施。
Phosphorus is the first limiting nutrient density to the algae populations, and therefore control the eutrophication, may depend on the phosphorus control measures.
在外源污染得到控制后，最能影响富营养化水体中藻类生长的是内源性营养盐。
After outside source pollution is controlled, endogenous nutrients are the most important factors, which can affect algal growth in entopic water.
物理法和化学法是除藻技术的直接手段，而生物法是通过生物对藻类的控制来达到控藻的目的。
The direct means include physical and chemical methods, but biological method means to apply vegetation for algae control.
通过阐述流速对藻类生长的影响，探讨临界流速在研究及控制三峡库区富营养化过程中的作用和地位。
This article will elucidate the effects of velocity of flow to the growth of algae and discuss importance of the critical velocity of flow in study on the eutrophication of the Three Gorges Reservoir.
另外，利用“噬藻体”与“藻病毒”控制藻类生长也有广阔的前景。
In addition, use of cyanophage and phycovirus for the control of algae also had an extensive prospect.
这里有一些技巧在控制藻类的生长在你的盐水水族馆。
Here are some techniques to control the growth of algae in salt water your aquarium.
景观水体的水质维护主要是控制水体中的COD、BOD_5、TN、TP等污染物的含量及藻类等的生长，保持水体的清澈、洁净和整个水域的水质。
Protecting landscape water body mainly controlled its content of COD, BOD5, TN and TP and the growth of algae. Keeping it clean and the whole water quality.
生物控制措施可以在一定程度上降低水体富营养化程度和控制藻类的过度繁殖，防止有害藻类大量爆发。
The biological control measures can reduce eutrophication in some extent, control the undesirable algae breeding and prevent its massive outbreak.
由于藻类是一种常见的池塘问题，植物之一anacharis每两束池塘表面平方英尺，以控制藻类建设爱好营养素。
Since algae is a common pond problem, plant one bunch of Anacharis for every two square feet of pond surface to control the buildup of algae-loving nutrients.
由于藻类是一种常见的池塘问题，植物之一anacharis每两束池塘表面平方英尺，以控制藻类建设爱好营养素。
Since algae is a common pond problem, plant one bunch of Anacharis for every two square feet of pond surface to control the buildup of algae-loving nutrients.
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