生物质秸秆,biomass straw
1)biomass straw生物质秸秆
1.Investigation on characteristics of fluidization ofbiomass straws;生物质秸秆流态化特性的实验研究
2.Development and analysis ofbiomass straw power generation technology;生物质秸秆发电技术研究进展与分析
3.The necessity of clean energy——biomass straw was introduced.介绍了研究清洁能源——生物质秸秆的必要性,综述了生物质秸秆的研究进展,对秸秆发电、制燃料乙醇、生产沼气、热解气法制可燃气等作了详细的论述,提出了秸杆作为21世纪最具开发价值的绿色可再生能源,应加大其研究力度。
英文短句/例句
1.Progress in research of clean straw biomass energy清洁能源——生物质秸秆的研究进展
2.Design and test study of up suck biomass straw gasification stove上吸式生物质秸秆气化炉的设计与试验研究
3.Design and analysis of cover switching mechanism for biomass(straw) briquetting machine生物质秸秆压块机盖体开合机构设计分析
4.The Experimental Study of Biomass Stalks Combustion Characteristics and the Numerical Simulation of the NOx Emissions during Biomass Combustion生物质秸秆的燃烧特性仪器实验与NOx生成特性数值模拟
5.Study on Product Hydrogen from Biomass by Chemistry-Digested Sludge;生物质秸秆利用化学—活性污泥法制取氢气的初步研究
6.Cellulose-hydrogen production from corn stalk biomass by anaerobic fermentation秸秆类生物质发酵法生物产氢的研究
7.Experimental Studies on Fuel Ethanol Production Technology from Biomass (Straw) Cellulose;生物质（秸秆）纤维燃料乙醇生产工艺试验研究
8.Development and Test Study on Biomass (Straw) Briquettes Combution Equipment;生物质（秸秆）成型燃料燃烧设备研制及试验研究
9.Study on Kinetics and Technology of Biomass (Straw) Gas Methanol Synthesis;生物质（秸秆）气合成甲醇工艺及动力学研究
10.Experimental Study on the Biomass Combustion Character in Stoker-Fired Boiler;秸秆类生物质层燃燃烧特性的试验研究
11.Fast Pyrolysis Liquefaction of Oil Crops Straw and Quality Evaluation on Bio-oil;油料秸秆快速热解液化及生物油品质评价
12.Simulation Analysis of Compressing Molding under General Condition for Straw Biomass Based on ANSYS基于ANSYS的秸秆类生物质冷成型仿真分析
13.Differentiation evaluation on regional suitability of crop straw resources utilization in China中国秸秆生物质发电区域适宜度分异评价
14.Experimental study on the biomass combustion kinetics秸秆类生物质燃烧动力学特性实验研究
15.Research on the regional risk of household biogas in rural areas of China based on crop straw resources基于秸秆生物质资源的户用沼气区域风险研究
16.Study on Kinetic Characteristics of Biomass (Straw) Briquettes Combution and Improvement Design of Hydralic Straw Briquetting Press;生物质（秸秆）成型燃料燃烧动力学特性及液压秸秆成型机改进设计研究
17.Future Development of Bio-based Composites from Agricultural Fibers in China;生物质资源农作物秸秆应用于人造板工业的可行性分析
18.Present Situation and Existing Problems and Countermeasures of Biomass Power Generation on Straw and Forestry Waste in Henan Province河南省生物质（秸秆、林业废弃物）发电现状、存在问题及对策研究
相关短句/例句
Straw biomass resources生物质秸秆资源
3)Wheat Straw Biomass小麦秸秆生物质
4)Straw bio-reactor秸秆生物反应堆
1.Straw bio-reactor made of reactive pool in greenhouse can increase the yields of vegetables , improve the quality and get less pollution by decomposing straw and stalks into CO2 ,heat energy, spores against diseases and nutriments for vegetables growth .“秸秆生物反应堆”技术是在日光温室内建造反应池,通过生物技术将玉米、杂草等秸秆转化为蔬菜生长所需的CO2、热量、抗病孢子、无机及有机养料,达到蔬菜高产优质早熟无公害。
2.Straw bio-reactor made of reactive pool in greenhouse can increase the yields of vegetables ,improve the quality and get less pollution by decomposing straw and stalks into CO_2,heat energy,spores against diseases and nutriments for vegetables growth."秸秆生物反应堆"技术是在日光温室内建造反应池,通过生物技术将玉米、杂草等秸秆转化为蔬菜生长所需的CO_2、热量、抗病孢子、无机及有机养料,达到蔬菜高产优质早熟无公害。
5)straw bio-additive秸秆生物添加剂
6)straw matrix秸秆基质
1.Based on summing up the features and developments of nonwoven matrixes,the paper especially introduced and analyzed the actuality and prospects of thestraw matrixes,and put forward the direction for the future.在叙述当前非织造基质的特点和应用发展的基础上 ,重点介绍和分析了秸秆基质的研究现状和发展前景 ,提出今后研究的方向。
2.To study the properties related to plant growing of different technical structurestraw matrixes, we tested and analyzed the physico-chemical properties ofstraw matrixes.通过用于植物栽培的秸秆非织造基质主要性能的测试及植物栽培试验 ,研究不同结构形式的秸秆基质材料与植物生长相关的理化性能指标及特点。
延伸阅读
生物质分子式：分子量：CAS号：性质：一种周而复始不断再生的有机物质。广义生物质应包括所有天然的和人工培养的动植物、浮游生物、微生物及其加工而成的各类产品废料，但当前则多指可加利用的资源，其中绝大部分是植物产品、副产品和下脚料，也包括部分动物来源的产品和废料。主要有：粮食、油料、糖料等作物以及这类农作物的秸杆、子实皮壳等农产品和农副产品；木材、碎木、锯末等林产品和林副产品；动物脂肪和粪便等动物来源产品；以及食品、造纸和制糖等工业的废液、废渣和城市垃极等。生物质由绿色植物的光合作用固定大气中的二氧化碳而生成，主要成分为淀粉、纤维素、木质素等物质。是一种重要性不亚于煤、石油而来源不会枯竭的原料资源。随着生物工程的发展，在国民经济中的地位愈益重要。以生物质为原料，通过发酵、化学转化、干馏和气化等加工方法可制得甲烷气、乙醇、甲醇等燃料；纸浆、粘胶丝、羧甲基纤维素、玻璃纸等纤维素产品；丙酮、丁醇、乳酸、柠檬酸、衣康酸、山梨糖醇、香兰素、甘油、糠醛、变性淀粉等化学品。
