1. This article pays some attention on the behavior characteristic of alkali in biomass combustion process.
分析了各因素对碱金属的析出以及在床料颗粒表面富集的影响规律。

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2. If, however, the planet were powered entirely by WWS, with no fossil-fuel or biomass combustion, an intriguing savings would occur.
然而,如果这个星球能完全由WWS资源提供能源,而没有化石燃料或者生物质燃烧,形势完全可以得到改变。

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3. This new method of biomass combustion could improve combustion efficiency, mitigate fouling and slagging and lay a new approach for biomass energy utilization.
这种新的燃烧方式对提高生物质的燃烧效率、改善结渣现象有重大的意义,并为生物质能的利用开辟了一条新途径。

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4. Biomass combustion process is mainly concentrated on the burning of volatile combustion in the early stage, while coal combustion process focused on the burning of fixed carbon in the later stage.
生物质燃烧过程主要集中在燃烧前期的挥发分燃烧阶段,煤燃烧过程主要集中在燃烧后期的固定碳燃烧阶段。

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5. Black carbon is produced from the incomplete combustion of wood, biomass such as crop residues and fossil fuels.
炭黑是由木头、诸如作物残余等生物质以及化石燃料不充分燃烧产生的。

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6. Burning biomass is seen as "carbon neutral" as the material is regrown, allowing the carbon emitted during combustion to be reabsorbed.
燃烧生物质能因可再生,被视为碳中性的,在燃烧过程中,其碳的释放是可以被吸收的。

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7. Ash after the combustion of biomass granule fuel can be used as fertilizer, promote plant growth, enter the new cycle, so that the supply of biological resource Everfount, sustainable utilization.
生物质颗粒燃料燃烧后的炉灰可以作为肥料,促进新的植物生长,进入新的循环,使生物资源的供应源源不断,持续利用。

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8. These types of biomass can be compressed by a pelletization process and present low moisture content, enabling efficiency during combustion.
这些类型的生物质可以通过制粒过程压缩并且呈现低水分含量,使其能够在燃烧期间增加效率。

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9. The basic combustion characteristic of biomass gas was introduced by this article, and we designed the industrial high efficiency burnner for biomass gas according to combustion characteristic.
介绍了生物质燃气的基本燃烧特性,并按照其燃烧特性设计出一种工业用的大功率生物质燃气燃烧器。

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10. The results show that optimizing the formula of MS-1 blinder, logically add coal blending and biomass can improve combustion characteristic of briquette for gasification.
结果表明:优化MS-1型粘结剂的配方以及合理添加配煤和生物质可以提高造气型煤的燃烧特性。

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11. Co combustion biomass and coal is a kind of new combustion technology to reduce pollutants emission and synthetically utilize biomass and coal energy sources.
生物质与煤混合燃烧是一种综合利用生物质能和煤炭资源并同时降低污染排放的新型燃烧方式。

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12. The thermal properties of biomass fuels such as cotton stalk briquette in the small furnace of biomass pyrolysis and combustion with moving bed and updraft was investigated.
研究了棉杆成型块等生物质固体燃料在小型移动层上吸式热解燃烧炉中的热特性。

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13. The combustion of biomass materials is a significant research area in the field of fire safety science.
生物质燃烧是火灾安全科学领域的重要研究课题。

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14. Straw biomass molding technology can not only effectively solve the problem, and can effectively change the combustion characteristic of the straw.
秸秆生物质成型技术不仅能有效地解决这一问题,而且能有效地改变秸秆的燃烧特性。

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15. The smoke from incomplete combustion of biomass, a kind of fuel widely used in rural area, is one of the main indoor air pollutants.
生物燃料是广大农村地区普遍使用的生活燃料,其不完全燃烧所释放出的烟气是室内空气污染的主要来源之一。

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16. It is a kind of clean coal combustion technology for biomass combined with coal to be burned, which can effectively reduce environmental pollution, improve air quality.
生物质与煤混合燃烧技术是一种洁净燃烧技术,可以有效地减轻环境污染,改善大气质量。

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17. The generation of electricity by combustion process from clean and renewable biomass resource is being given more and more attention.
利用清洁、可再生生物质能源燃烧发电技术日益受关注。

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18. Therefore, the accession of the biomass improved the mixed fuel combustion characteristics obviously.
生物质的加入对混合燃料的燃烧特性有比较明显的改善作用。

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19. However, Black carbon was produced from the incomplete combustion of fossil fuels and biomass, structurally rigid, physically condensed, and less polar than humic acid and kerogen.
碳黑来源于化石燃料和生物体的不完全燃烧,具有更致密的结构,对有机质的非均质性影响很大。

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20. The current status of biomass (straw) utilization technology is expatiated. Problems with biomass gasification, liquefaction and direct combustion are analyzed in the paper.
阐述了生物质(秸秆)利用技术现状,分析了生物质气化技术、液化技术、直接燃烧技术存在的问题和不足。

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21. Intensive investigations on direct-combustion technologies for biomass and well-developed boiler technologies are the conditions for successful utilization of biomass energy.
生物质直接燃烧技术的深入研究及锅炉技术的成熟和锅炉类型的多样化为更好开发生物质能源创造了条件。

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22. The technology of mixed combustion of biomass fuel for CFB boilers and the air-driven conveying system for biomass fuel are proposed based on example case.
对CFB锅炉掺烧生物质的制备及输送方案作了初步探讨,结合实例提出了具体的气力输送系统方案和设备选型方案。

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23. Combustion dynamics analysis indicates that the combustion of biomass, coal and their mixtures can be treated as a level 1 response processing.
燃烧动力学分析表明,生物质、煤及其混合物的燃烧可以作为一级反应处理。

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24. The paper introduces biomass gasification, biogas treatment and electricity generation by fueling biogas on internal combustion engine.
本文主要讲述生物质的气化技术,生物质气净化处理技术及生物质气用于内燃机的发电技术。

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25. Densification of loose biomass can significantly increase the performance of biomass, increase their density and calorific value, improve its combustion properties, and become commodity energy.
将松散生物质致密化能显著提高生物质的性能,提高其容重和热值,改善燃烧性能,成为商品能源。

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26. The present techniques for the utilization of biomass energy were reviewed in this paper, which include the molding fuel, boiler combustion, gasification and liquefaction, etc.
本文分析了与热能利用相关的生物质能转化利用的若干技术现状,其中包括成型燃料技术、锅炉燃烧技术、气化技术、和液化技术(制取二甲醚和燃料乙醇技术)等等。

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27. The finding that passive smoking and biomass fuel combustion also increase TB risk should be substantiated with larger studies in future.
被动吸烟和生物燃料的燃烧也会增加肺结核的感染风险的发现在未来还要经过大量的研究。

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28. This paper gives an overview of the technologies for co-combustion of biomass and coal, especially the suspension and the fluidized-bed combustion technologies.
主要介绍了生物质与煤共燃技术,特别是悬浮燃烧技术和流化床燃烧技术。

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29. The combustion characteristic of biomass is significantly better than raw coal's, such as ignition and burnout.
生物质的着火特性、燃尽特性等燃烧性能明显优于原煤。

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30. With the fossil fuel resource decreasing and the serious pollution caused by fossil fuel combustion, the biomass energy attracts more and more attention.
随着化石燃料资源的日益减少以及化石燃料的燃烧对环境造成的污染日趋严重,生物质的能源化利用正受到越来越多的重视。

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