This article investigates several important issues of developing China's ethanol industry in the next ten years.

1、

And if engines are modified, a much higher percentage of bioethanol can be used.

如果把发动机加以改造，就可以使用含生物乙醇比例更高的燃料。

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2、

Issues of Developing Ethanol Industry in China

对我国发展生物乙醇产业的探讨

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3、

So has Brazil, especially for bioethanol.

巴西也是如此，特别是在生物乙醇方面。

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4、

The demand for bioethanol from agricultural raw materials has been increasing continuously.

从全球范围来看，生物乙醇的生产导致了对农作物需求的持续增长。

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5、

Finally, policy recommendations for a steady industrial development are made.

本文最后提出稳健发展生物乙醇这一可再生能源的建议。

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6、

Brazil and the United States are world leaders in using ethanol.

巴西和美国是全世界主要的生物乙醇使用国。

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Of the two, bioethanol is currently the bigger industry.

在这两者中，生物乙醇的产业规模更大。

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UNCTAD提出印度可能需要同时进口生物乙醇和生物柴油从而实现其目标。

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Some non-governmental organisations want a moratorium on ethanol output, saying this would cut grain prices by20%.

一些非政府组织（NGO）希望能够叫停生物乙醇生产（moratorium），并称这能够使粮价下降20%。

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10、

Study on the Pretreatment Technology Development of Transforming B2B-lignocellulosic Biomass to Bio-ethanol

木质纤维素类生物质转化生物乙醇预处理B2B工艺的发展研究

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11、

The first sorghum bioethanol plant began operations last year in Andhra Pradesh and more plants will be built in collaboration with Tata chemical.

第一个高粱生物乙醇工厂已于去年在安德拉邦建成投产，科学家将与塔塔化工（tata chemical）合作建立更多的此类工厂。

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12、

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。

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13、

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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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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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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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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17、

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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18、

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

穿得好, 说你花心.

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19、

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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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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