1. 沼气：秸杆燃气设备原理图 沼气(Biogas)是有机物经微生物厌氧消化而产生的可燃性气体. 由于这种气体首先在沼

2. 生物气体：通过缺氧的细菌分解(Anaerobic digestion)作用,厌氧细菌可给出生物气体(biogas) - 甲烷和二氧化碳. 另在酵母中的发酵(fermentation)作用过程中,可产生乙醇(ethanol).

3. 生物气：研究还说,从长远看,生物气(biogas)可用来为英国多达一半家庭提供气体热源. National Grid的可持续供气事务负责人詹妮弗里曼(Janine Freeman)说,生物气有极大潜力,可为英国大规模提供可再生热源,不过,政府需要承诺一个全面的废物利用政策,

4.

4. 生物沼气：第一阶段工程项目是从2003年初开始,在12个省、市建设了18000个生物沼气(biogas)窟. 会上,荷兰政府同意继续援助越南6440万欧元,作为第二阶段在越南58个省、市建设约18万个生物沼气(biogas)窟.

1. The analyses on the biogas accumulation condition show that there is a potential capacity of biogas in Heidimiao Formation of the southern Daqing placanticline.
    其中前两种圈闭是首钻的目标，结合生物气成藏条件，认为长垣南部黑帝庙浅层生物气潜力巨大。

2. biogas的反义词

2. No.1 Program is the most practical and feasible and RMB￥60000 has been raised. I have to get rid of the different opinions of my family and I plan to do the test in Hainan or Guangdong in the second half of 2003 in the suburbs of small towns or villages close to towns. Due to the limit of capital, most of the work will be done manually or by simple machines. Biogas pools may not be built and big vats or ground pits may be used for anaerobic fermentation. I will try to make an artificial land area of 100-200 m2 within 2 years.
    第1方案对于现实中的我是最现实可行的，目前已筹措到6万元，还要排除家人的众议，我计划2003年下半年去海南搞试验，地点是小城镇郊区或靠近城镇的农村，因资金有限主要靠手工操做和简单的机械，建不成沼气池可以用大缸或地坑搞厌氧发酵，力争在2年内造100-200平方米的人造耕地。

3. biogas的近义词

3. Since C6 and higher alcohols are not obtainable by a direct biochemical route, it is proposed to synthesize these using known chemical reactions, wherein the raw material for synthesis is biogas and lower C2-C5 alcohols obtained by the inventive method wherein the amino acids leucine, isoleucine, and valine, or a mixture thereof, optionally obtained from yeast autolysate, is used as a biocatalyst at the stage of fermentation.
    因为C6和更高级醇类不能通过直接生物化学途径制得，所以提出用已知的化学反应合成这些化合物，其中合成的原料为本发明方法制得的生物气和C2-C5醇类，其中任选从酵母自溶作用得到的亮氨酸、异亮氨酸和缬氨酸或其混合物的氨基酸在发酵阶段用作生物催化剂。

4. Methods A methane fermentation model at 37℃ was established and the germicidal test of biogas fermentation on four common pathogens (Staphylococcus aureus, Beta hemolytic streptococcus, Salmonella typhi and Shigella flexneri) was developed.
    建立中温(37℃)沼气发酵模型，并对4种常见病原体（金黄色葡萄球菌、乙型溶血性链球菌、伤寒沙门氏菌、福氏志贺菌）开展沼气发酵杀菌试验。

5. It's an advancement on other biogas plants which can only use a maximum of 30 percent chicken manure because of its high nitrogen content, which can pollute water.
    这对其他沼气工厂来说是一大进步，因为鸡肥的氮气含量过高，而氮气会污染水源，所以这些工厂至多仅能使用三成鸡肥。

6. The recovery of biogas and plant from biogas pool and plant pond can reduce investment coasts.
    同时，工程回收沼气和植物塘水生植物，创造了一定的经济效益。

7. Biogas methane can also be used to make methanol, an organic solvent and an important chemical for producing formaldehyde, chloromethane, organic glass, and compound fibre.
    沼气甲烷还可以用来制作甲醇，一种有机溶剂，是生产甲醛、甲基氯、有机玻璃和合成纤维的重要化学物质。

8. At the same time, comparison in the effects of inocula obtained from 6 kinds of domestication methods on daily and cumulative of biogas production of cotton stalks was conducted. The results showed that the inocula domesticated from the mixture of 5 kinds of activated sludge from river bed mud, sewage ditch, industrial wastewater bed, pond bed, and lake bed could be acted as effective inocula for biogas fermentation of cotton stalks. The daily gas production and cumulative gas production were higher compared to the inocula domesticated from one kind of activated sludge.
    同时，比较了采用6种驯化方法获得的接种物对棉秆沼气发酵日产气量和累积产气量的影响，结果表明，采用河底泥、臭水沟泥、工厂废水底泥、荷塘底泥、湖底泥等5种污泥混合后驯化的活性污泥可作为棉秆沼气发酵的有效接种物，其沼气发酵的日产气量和累积产气量均较单种污泥驯化的接种物高。

9. 911查询·英语单词

9. In c oal bed gas exploration and development in recent years, the gas source of the c oal bed methane is mainly considered from the viewpoint of thermogenic gas, however, whether the secondary biogas can be generated through the degradation of c oal by anaerobic bacteria is always a problem concerned by the people.
    近年的煤层气勘探开发工作中，主要从热成气角度考虑煤层甲烷的气源，而煤能否被厌氧菌降解生成次生生物气则一直是人们所关心的问题。

10. Anatomize, excrement observe, hematology parameters and elements analysis indicate that feeds with biogas fermentative liquid is harmless. Biogas fermentative liquid seed soaking enhanced sweet corn seedlings quality; spraying and fertilizing test showed that the yield of treatment 2 and treatment 3 increased 5.37% and 11.75% individual than control; biogas fermentative liquid should topdress with a certain amount of fertilizer to use. Compared with the control(treatment 1), biogas fermentative liquid improved the nutritional quality of the sweet corn, amount of solubility ash content, soluble solid content, reductive sugar and total sugar increased, while the amount of vitamin C and total acitidy decreased. The content of TS/TA and SSC/TA of treatment 4 increased 74.0% and 52.7% respectively, significantly increased and were the highest among all treatments.
    食用甜玉米的浸种表明沼气发酵液浸种增强了甜玉米幼苗素质，喷施和追肥试验表明处理2(沼液浸种+化肥追肥+清水喷施)和处理3(不浸种+化肥追肥+沼液喷施)分别比处理1对照增产5.37％和11.75％，沼气发酵液作追肥时应与一定量的化肥配合施用；沼气发酵液改善了甜玉米的内在品质，与对照相比，可溶性灰分、可溶性固形物、还原糖和总糖含量增加，维生素C和总酸含量减少；处理4(沼液浸种+沼液追肥+沼液喷施)糖酸比和固酸比显著提高；沼气发酵液浸种可促进籽粒对大多数元素的吸收。

11. Three methanogenic bacteria strains were obtained from the samples collected from Qingyan biogas plants and Huaxi Hindu lotus pond and their characters of morphology, physiology and biochemistry were preliminary studied.
      采用厌氧培养技术，从贵阳青岩沼气池和花溪荷花池的渔塘污泥中分离产甲烷细菌，同时对产甲烷细菌的培养基及分离方法进行优化。

12. H ydrogen solfide in biogas from sludge is mainly originated from the transformation and release of different species of sulphurs during anaerobic digestion.
      摘 要：污泥产气中的 H2S 主要来源于不同形态的硫在厌氧消化过程中的转化和释放。

13. Study on the Effect of Biogas Fertilizer on the Chinese cabbage Yield, Quality and Environment
      1北京市农林科学院植物营养与资源研究所，北京100097；2山东农业大学资源与环境学院，山东泰安271018

14. Effect of biogas fertilizer on cabbage yield and quality, planted in the greenhouse, were experimented.
      本文着重从肥源入手，研究沼肥对白菜生长发育和品质的影响并探讨合理施用沼肥的方法。

15. However, the dressing amount of biogas fertilizer more than 30000 kg/hm^2 will hinder Chl content and Pn.
      追肥量大于30000 kg/hm^2的会抑制小麦的叶绿素的合成和光合速率。

16. In order to study the effect of biogas fertilizer on the yield, quality of Chinese cabbage and soil environment a field experiment with 6 treatments were conducted in Beijing area.
      在京郊露地生产条件下，通过6个不同用量沼肥处理田间小区试验，研究了施用沼肥对大白菜产量和品质效应的影响以及该条件下的土壤氮素平衡。

17. The results indicate that the mode can ameliorate soil in a certain degree and increase soil porosity and the contents of soil nutrients. It can also increase the percentage of excellent and commodity fruit and reduce the percentage of abnormal fruit and the times of diseases and pests. The mode can increase renewable biogas energy, so it can reduce fossil fuel demand and protect environment. The mode has a great economic value. It can increase rural people's incomes and the economic benefit of apple orchard.
      1果畜沼复合经营模式一定程度上改良了土壤，降低土壤容重，增加了土壤养分；(2)果畜沼复合经营模式可以提高果园地优果率和商品果率，降低畸形果率和病虫害发生次数；(3)增加了沼气这种可再生能源，减少了石化燃料的需求，保护了环境；(4)该经营模式具有良好的经济效益，增加了农村的收入，提高了果园的经济生产力。

18. Biogas plant is an effective way of manure treatment on scale livestock and poultry breeding farms, and it can achieve manure reduction, innocuity and reclamation.
      沼气工程是处理规模化畜禽养殖场粪污的一种有效途径，能够实现粪污的减量化、无害化和资源化，是生态农业、循环农业的重要纽带。

19.

19. In this paper, I used externality theory, information asymmetric theory andbehavioral decision theory as a guide, made a large number of practical research andin-depth theoretical analysis of biogas engineering development in large-scale pigfarms by questionnaire survey and exemple study, and used multiple regressionanalysis method in empirical research of the factors affecting biogas engineeringdevelopment in large-scale pig farms to identify the key factors of promoting itsdevelopment, and see it as a opportunity to put forward a set of scientifical、feasiblepolicy support system to advance biogas engineering development in Iarge-scale pigfarms. Logically, the thesis is divided into six parts, and is divided into nine chapters in the form.
      本文以外部性理论、信息不对称理论和行为决策理论为指导，通过问卷调查和案例研究对规模化养猪场沼气工程发展进行大量的实际研究和深入的理论分析，并运用多元回归分析的方法对规模化养猪场沼气工程发展的影响因素进行实证研究，并找出推进规模化养猪场沼气工程发展的关键因子，以此为契机提出一套科学可行的推进规模化养猪场沼气工程发展的政策保障体系论文的研究内容从逻辑上分为六大部分，从形式上分为九章。

20. The system description is concentrated on units'function. The principle of induction generator describes how to generate electric power from induction motor and the difference between synchronous generator and induction generator. The design of induction generation system is focus on a 80kW biogas induction generation and controlled parallel panel. Finally, the peripheral unit design is interesting in biogas storage tank, hot air duct and safety device.
      系统描述针对感应式沼气发电系统所需设备的功能说明；感应发电机原理机针对马应马达与发电机之运转模式说明，并比较同步式与感应式发电机之差异；感应发电系统设计则针对80kW感应式沼气发电系统所需发电机组、保护并联盘设计说明；周边设施包括沼气储袋、引擎热风导管及沼气安全装置。