1.
Algae Removal of High Algae Raw Water by Coagulation Enhanced by Ozonation
高藻原水预臭氧强化混凝除藻特性研究
2.
Study on Technologies for Treatment of High Algae and Organic Matter Polluted Souree Water;
高藻高有机污染水源水处理技术研究
3.
Optimization of Treatment Process of Algae-laden Raw Water from Luan River
高藻期引滦原水处理工艺的优化研究
4.
Monitoring Method Study on BOD_5 in High Algae Water
高藻含量水体中BOD_5监测方法探讨
5.
Potassium Permanganate and Chlorine Used as Coagulation Aid for Oxidation of High Algae-laden Water
高锰酸钾和氯对高藻水的氧化助凝作用
6.
Effect of pre-oxidation with potassium permanganate composite treating low turbidity and high algae-laden reservoir water
高锰酸盐复合药剂预氧化处理低浊高藻水库水
7.
Chloraphyta, Cyanophyta and Bacillariophyta revealed higher detected rates, as well as Xanthophyta and Euglenophyta.
蓝藻、藻及硅藻发现频率较高，另外还有黄藻及裸藻。
8.
The Primary Research on Characteristics of Lytic Effect of Mixed Efficient Algicidal Bacteria;
高效溶藻细菌混合溶藻特性的初步研究
9.
Stipe 1. In the more highly differentiated Phaeophyta (brown algae), such as wracks and kelps, the stalk between the holdfast and the blade.
柄：在高度分化的褐藻门植物如角藻、巨藻等海藻中，连结基足和叶状体之间的茎状物。
10.
Characteristics of Algac Bloom of Water Supply and Algae Removal with the Chemical Mothod of Tijian City in North China;
北方城市供水水源藻类高发特征及化学杀藻实验研究
11.
Effect of High Temperature and Solar UV Radiation on Growth and Physiology of Spirulina and Arthrospira Platensis;
高温和太阳紫外辐射对螺旋藻和节旋藻生长和生理影响的研究
12.
ESTABLISHMENT OF HIGH EFFICIENCY FOREIGN GENE TRANSFORMATION SYSTEM OF CHLAMYDOMONAS REINHARDTII AND STUDING ON GENE TRANSFORMATION OF DICRATERIA INORNATA;
莱茵衣藻外源基因高效转化系统的建立及金藻转化方法的研究
13.
Effects of environmental factors on photosynthesis of a high biomass bloom forming species Prorocentrum donghaiense
几种环境因子对高生物量赤潮甲藻——东海原甲藻光合作用的影响
14.
During an algal bloom the PH of the water can be as high as 10.
藻类水华期间，水的ph值可高达10。
15.
High Density Heterotrophic Culture of Chlorella Vulgaris;
小球藻（Chlorella Vulgaris）高密度异养培养
16.
Influence of Diatom in High Concentration on Copepod Reproduction and Development;
高浓度硅藻对桡足类繁殖、生长的影响
17.
The Study on the High-productiont Trehalose Strain by Using Protoplast Electrofusion Technique;
电融合法构建海藻糖高产菌株的研究
18.
Biological Characteristics of Haematococcus Pluvialis in High Cell Density System;
雨生红球藻生物学特性的高密度效应