microalgae英文翻译_含义_读音_microalgae例句

词性释义

n.

微藻类

例句

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微藻

At ENN's research campus, scientists are testing microalgae to clean up the back-end of a process to use coal more efficiently.

在新奥集团（ENN）的研究中心，科学家们正在测试用微藻在一个更有效利用煤炭的工序的末段做最后处理。

Microalgae enables aquaculture wastewater recycling through a biological conversion.

利用微藻处理水产养殖废水是一项污水资源化生物技术。

The designed probe did not react with other test microalgae, proving its specific against with P. micans.

探针不与其它受试藻种进行交叉反应，表明是特异性的。

The system could realize CO2 fixation, decontamination of municipal wastewater, and production of high value-added biodiesel by microalgae.

该体系可实现CO2固定、市政废水净化和微藻高附加值生物柴油的生产。

Now some scientists are conducting research on obtaining biofuel from microalgae, which can be cultured by wastewater.

目前一些科学家开始研究在废水中种植海洋微藻，然后从中提取生物燃料。

The results show that compared with non axenic microalgae, axenic microalgae can maintain a more stable and longer lasting culture.

结果表明：与带菌藻相比，无菌藻更加稳定，不易老化。

There were significant concentrations and timing differences in the hormesis induced by organophosphorus pesticides in microalgae.

两种农药对两种微藻产生毒物刺激效应的作用浓度存在差异。

Immobilization culture of a marine microalgae Dunaliella sp .

盐藻固定化培养的初步研究。

More potent than vitamin E, astaxanthin is found in the microalgae that salmon eat for a healthy, peachy color.

虾青素存在于微藻当中，比维生素E更有效，而三文鱼就是吃了微藻，肉色才那么健康和红润。

Microalgae are one of the most promising feedstock owing to their higher oil yields and fast growth.

微藻因其生长迅速，油脂含量高，被认为是制备生物柴油的理想原料。

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。

The SCF technology actualises the idea of green chemistry in liquefaction of microalgae and epoxidation of propylene reaction.

超临界流体技术在微藻液化和丙烯环氧化反应的应用正是体现绿色化学的思想。

Antarctic ice microalgae refers to micro algae which lives in the Antarctic sea ice, the sea ice edge or water.

南极冰藻就是指生活在南极海冰、海冰边缘或海水中的一大类微藻。

Preliminary Studies on the Marine Ciliate, Euplotes vannus Grazing Bacteria and Microalgae, Chlorella sp.

扇形游仆虫对细菌及小球藻摄食的初步探讨。

Unicellular green alga chlorella is kind of important eukaryotic microalgae.

单细胞真核藻类-小球藻是一种重要的微藻资源。

Lipids content and the dry matter yield of microalgae could be modified by environmental conditions.

大量研究表明，微藻油脂含量和干物质产量受环境条件的调控。

Growth characteristics of 4 microalgae in bubble condition were studied using experiment combined with production method.

采用实验与生产结合的方法，研究了充气条件下几种饵料单胞藻的生长特性。

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

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。

Similar microalgae infections have also been reported in cattle, deer, dogs, and cats, he added.

相似的微藻类感染已经被报道在牛、鹿、狗和猫上发现。

Study on the immobilization culture of marine microalgae Dicrateria sp .

叉鞭金藻固定化培养的初步研究。

The conversion of microalgae lipid into biodiesel will be left for future investigations.

有关利用微藻所含油脂生产生质柴油之研究，将留给后续研究人员做探讨。

Domoic acid is a powerful neurotoxin produced by one kind of microalgae.

软骨藻酸是由一种微藻类产生的强神经毒素。

The production of toxin is a feature in red tide. More than 70 species of microalgae produce toxins.

合成毒素是赤潮藻类的一个常见特征，已知能够产生毒素的微藻有70多种。

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。

Directive Breeding of Microalgae and Effects of It on Environment Factors in Prawn Pond

虾池微藻定向培育及其对养殖环境因子的影响

Optimization on Fermentation Conditions and Its Production for Heterotrophic Culture of Microalgae with Enzymolyzed Starch Sugar

酶解糖异养培养微藻发酵条件的优化及生产试验

Growth Rates and Cell Polysaccharide Contents of Two Species of Marine Microalgae in Photobioreactor

两种微藻在光生物反应器中的生长和胞内多糖含量研究

Antimicrobial Activities of the Polysaccharide and Protein Extracts from Two Species of Microalgae

二种微藻多糖与蛋白质提取物的抗菌活性

Fluorescence excitation-emission matrix spectra of different sizes of dissolved organic matter produced by microalgae

海洋微藻产生的不同粒级溶解有机物质的三维荧光光谱

A Preliminary Study on the Relationship Between Ice-active Substances and Low-temperature Acclimation of Antarctic Ice Microalgae

冰活性物质与南极冰藻低温适应性关系的初步研究

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。