With the development of microalgae biotechnology, microalgae have been used to produce many valuable products, such as food, feeds, pharmaceuticals, biodiesel and hydrogen.

  • 随着微藻生物技术的发展,微藻已经被用于生产许多有价值产品,如食物、饲料、药品、生物柴油和氢气等。
  • 来源:互联网摘选更新时间:2026-07-01 18:49:46

  • 重点词汇
  • producev.引起;生产;生长;造出;出示;栽培;制作(电影等);
  • such as像, 例如;譬如;诸如;
  • andconj. 和;与;而且;于是;然后
  • foodn. 食物,食品;粮食;养料;资料;
  • theart.这个;指已提到或易领会到的人或事物;指独一无二的、正常的或不言而喻的人或事物;用以泛指;与形容词连用,指事物或统称的人;用于姓氏的复数形式前,指家庭或夫妇;(指特定用途的事物)足够,恰好;每,一;当前的,本,此;(重读,表示所指的为知名或重要的人或事物)
  • used to过去经常,曾经;
  • feedsv.喂养( feed的第三人称单数 );满足(欲望等);向…提供;供…作食物;
  • ofprep. 关于;属于…的;由…制成;
  • manyadj.许多,多的;许多的,大量的
  • developmentn.发展;成长;研制;开发;发展阶段;新进展;新建住宅区;
  • 相关例句
1、

Study on High-Concentration Bio-hydrogen Production from Food Waste

餐厨垃圾生物法制高浓度氢气的研究

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2、

Biomass is one and only renewable organic resource, and it has been focused on as an alternative energy for fossil fuels. It can transform into bio-oil, hydrogen and other clean energy sources by thermochemical conversion using hot-compressed water.

生物质是唯一的可再生性有机能源,通过水热法液化能生产出生物油和氢气等高效的洁净能源,而成为当今生物质能转化的研究热点。

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3、

Under the experimental conditions, the hydrogen concentration in the biogas reached 61% without methanogenesis in the gaseous product.

在实验条件下,生物气中氢气浓度可达61%,产物中无甲烷气生成。

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4、

Bio-hydrogen was produced by the pre-processed straw as raw material and digested sludge as the source of natural bacterium through anaerobic fermentative technique.

本文以经预处理的农业水稻秸秆为原料,以活性污泥作为天然厌氧发酵菌群来源,厌氧发酵制取生物氢气。

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5、

Biological hydrogen was generated with anaerobic batch culture from agricultural solid wastes by anaerobic composts and digested sludge.

本研究以农副产品下脚料麦麸、脱油类棉籽饼、花生饼和芝麻饼为研究对象,以污水处理厂活性污泥和堆肥为微生物来源,通过厌氧发酵制备生物氢气。

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6、

If you are well dressed, she says you are a playboy.

穿得好, 说你花心.

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7、

Research on Reinforcing Biodegradable Material Poly-DL-Lactic Acid by Equal Channel Angular Extrusion

生物降解材料聚(DL-)乳酸等通道转角挤压增强研究

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8、

The structure and properties of the polyesters as biodegradable materials

聚酯类生物降解材料的结构与性质

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9、

Experimental comparison of fracture healing between biodegradable and metal material intramedullary fixation

生物降解材料和金属材料髓内固定对松质骨骨折愈合作用比较

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10、

Study on Degradability of Modified Soy Protein Isolate Biodegradable Material

改性大豆分离蛋白可生物降解材料的降解性研究

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11、

Biocompatibility of a new ureteral stent made of biodegradable material

新型生物降解材料输尿管支架的生物相容性研究

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12、

Study on Truly Biodegradable Material of PPC/ Corn Starch Blends

完全生物降解材料聚丙撑碳酸酯/玉米淀粉共混物的研究

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13、

Progress in the Study of Chemical Modified Starch in Biodegradable Material

变性淀粉用于可生物降解材料的研究进展

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14、

Research on the modification of biodegradable material of soy protein isolate

质构化大豆分离蛋白可生物降解材料研究

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15、

The main environment impact categories of three kinds of the resin in their life were global warming and acidification. Both of these environment impact accounted for 86.26%, 79.14%, 81.81% of the total environment impact of PPC, PLA, NPC.

三种生物降解材料全生命周期过程的主要环境负荷类型均为温室效应和酸化效应,这两种环境影响分别占到PPC、PLA和NPC环境负荷总量的86.26%,79.14%,81.81%。

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16、

A kind of biodegradable material poly(ε-caprolactone-co-lactic acid) [ P ( CL-co-LA)] was synthesized via the direct melting copolymerization of lactic acid ( LA) and ε-caprolactone ( CL).

以乳酸(LA)、ε-己内酯(CL)为单体,通过直接熔融共聚法合成可生物降解材料聚(己内酯-乳酸)[P(CL-co-LA)]。

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17、

PLA, an important biodegradable material, has high mechanical strength, good plasticity, etc. The raw materials of PLA can come from renewable resources such as grains, plant straws, which is completely free from dependence on oil resources.

PLA作为一种重要的可生物降解材料,具有机械强度高、可塑性良好等优点,其生产原料可来自谷物、植物秸秆等可再生资源,彻底摆脱了对石油资源的依赖。

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18、

Currently, one way to solve this problem is to combine PLGA and another biodegradable material to reduce the acidity of degradation products, and biodegradable polyphosphazenes become the choice for the variety of side groups.

目前,解决问题的方法之一就是将PLGA与另一种生物降解材料共混来减少降解产物的酸性。生物可降解聚膦腈因其侧基的多样性成为了解决这一难题的首选聚合物。

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19、

Studies on the Direct Synthesis of Biodegradable Material PLEG via Melt Copolymerization IV Influences of Different Prepolymerization Methods

直接熔融聚合法合成生物降解材料PLEG研究Ⅳ预聚方式的影响

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20、

The Synthesis of the Biodegradable Poly ( lactic acid-co-aspartic acid) Research on Preparation of Composite Microorganism Agent and Its High-Efficiency Microbial Strains Degrading Btx

聚乳酸-天冬氨酸生物降解材料的合成降解BTX的复合微生物菌剂制备及高效降解菌的研究

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