光生物反应器

需采用专门进行光合细菌生长培养的光生物反应器，为专门进行产氢发酵的光生物反应器提供生产菌种。

A special photo bioreactor should be employed to cultivate production strains of MPSB for hydrogen production process .

管状光生物反应器的设计和规模化均服务于微藻的户外养殖。

Design and scale up of tubular photobioreactors are discussed for outdoor culture of microalgae .

本文在3L简易式光生物反应器中，首先开展小球藻对去除CO2的效果试验，考察了碳源、pH、温度、光照强度和供气条件等影响因素。

Factors like carbon source , pH , temperature , light intensity and gas aerated conditions were investigated .

模拟结果和实验数据基本吻合，所提出的模型对光生物反应器的优化设计、微藻的高密度培养，及CO2去除能力预测具有参考意义。

Experimental data were also used to verify the model which could potentially be applied to rational design of the photobioreactor , high-density culture of microalgae and efficient removal of CO_2 .

其次，根据配子体生长特点，开发了一种300ml的鼓泡式光生物反应器。

Secondly , a bubble-column photo-bioreactor with a working column of 300 ml had been designed and manufactured .

10L容积的光生物反应器外观设计为三层框架式结构，螺旋管光照单元为16个。

The facade of the photobioreactor ( PBR ) with volume 10 liter was designed as three-layer frame , and the illumination units were increased to 16 . Using the PBR , continuous cultivation of Dunaliella salina was conducted .

平板式光生物反应器培养液混合强度对螺旋藻生长的影响

Influence of the Mixing Intensity on the Spirulina platensis Flat-plate Photo-bioreactor Culturing

鼓泡柱式光生物反应器是一类简单、高效的光生物反应器。

Bubble column photoreactor is a kind of simple , effective bioreactor .

一种基于485网络的嵌入式光生物反应器系统

An Embedded Photo-bioreactor System Based on RS-485 Data Bus

环流型光生物反应器光合产氢运行条件的研究

Operation Parameters of Photosynthetic Hydrogen Production by Loop Photo-bioreactor

产毒藻培养用光生物反应器结构研究

Structure research about photo-bioreactor for toxin-producing algae cultivation

利用太阳能光生物反应器处理有机污水并培养饲料级螺旋藻实验研究

Experimental study on disposing the organic sewage and cultivating fodder Spirulina with solar energy light-organic reactor

采用一种新型溢流喷射光生物反应器进行螺旋藻的室内分批培养试验。

A new type of overflowing jetting photobioreactor was used for the indoor batch culture of Spirulina .

研究了搅拌式光生物反应器中搅拌速度、通气量对紫球藻生长、胞外多糖和藻细胞超微结构的影响。

Effect of agitation and aeration rate on cell growth , extracellular polysaccharide product and cell ultrastructure were studied .

同时探讨了在未灭菌的情况下螺旋藻在敞口光生物反应器中光合自养培养和混合营养培养。

At the same time , the experiment researched that the PSP cell growth in autophototrophic cultivation and mixotrophic cultures in bioreactor with in unsterilization .

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 .

综述了近10年来光生物反应器培养大型海藻细胞或组织在培养条件以及生长动力学模型方面国内外的研究进展，并对该领域未来可能的研究方向作一展望。

The progress in this field during the last decade with focus on bioreactor cultivation parameters and growth kinetic models , and the future development were summarized .

具体方法是将发电站排放出的废气注入到巨大的罐式光合生物反应器中。这种光合生物反应器其实就是一个装满了藻类植物的大罐子。

The idea is to pump emissions from power stations into photo-bioreactors , which are large tubes filled with algae .

由于侧光光纤相对其他光导纤维而言，结构简单且廉价易得，如能验证其在传输光能的高效性方面具备一定优势，就可以一定程度上为光生物反应器的优化提供理论研究的基础。

Due to the structure of side-lighting optical fiber is relatively simple and cost-effective , if the research can verify that the side-lighting optical fiber is efficient and has its own advantages to transfer light energy , it can be a certain theoretical basis for the optimization of optical bioreactor .