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1·The factors which affect the microalgae absorb CO2 is the hot content.

影响微藻吸收CO2的因素是研究的热点内容。

2·These biotechnique opened up broad prospects for exploit of microalgae.

这些生物技术为微藻类的利用开辟了广阔的前景。

3·Microalgae has the ability to degrade and accumulate organic pollutants.

微藻具有富集和降解有机污染物的能力。

4·The extinction spectra of two species of microalgae suspension were inspected.

研究了两种微藻液消光系数的波长分布特征。

5·This phenomenon could be used to monitor the synchronous growth of single-cell microalgae.

利用这一特性可以监测单细胞藻的同步生长。

6·The super-critical fluid method and engineered microalgae method are studied in laboratory now.

超临界流体法和工程微藻法仍处于实验室研究阶段。

7·The two species of Marine microalgae showed significant differences in fat-ty acids composition.

两种微藻脂肪酸组成显示出明显的种间差异。

8·Objective: the optimization of the co-immobilization conditions of a bait microalgae and probiotics.

目的：一株饵料微藻与益生菌混合固定化培养条件的优化。

9·Objective to study the effect of spaceflight and radiation on the photosynthetic system of microalgae.

目的研究空间飞行及辐射对微藻光合系统的影响。

10·Abstract: Advances in commercial biomass products and bioactive compounds of microalgae were reviewed.

摘要：本文综述了微藻在生物质产品及活性物质开发上的研究进展。

微藻

1·Objective: the optimization of the co-immobilization conditions of a bait microalgae and probiotics.

目的：一株饵料微藻与益生菌混合固定化培养条件的优化。

2·The super-critical fluid method and engineered microalgae method are studied in laboratory now.

超临界流体法和工程微藻法仍处于实验室研究阶段。

3·Microalgae biomass, as a renewable energy through liquefaction, can be turned into bio-oil, reducing consumption and reliance on fossil fuels.

微藻生物质做为一种可再生能源通过液化可以转化为生物油，减少人类对化石能源的消耗与依赖。