1)biomass ash生物质灰
1.Thermochemical conversion of biomass is one of the most common and convenient routes for conversion into energy,but the biomass ash related problems are becoming more important.采用灰成分分析及X ray衍射方法,对甘蔗渣、松木屑、花生壳及谷壳四种常见的生物质灰特性进行了研究。
2.The properties of biomass ash such as melting point,composition,structures and morphologies were analyzed in details.利用热重分析仪对江苏宿迁地区的玉米秆、稻秆和麦秆三种生物质的燃烧特性进行了分析,测定了生物质的灰熔点和灰组成,用XRD和TEM表征了生物质灰的物相结构和形貌。
3.Test shows that the corrosion rate of TP347H steel with biomass ash deposition is greatly increased compared with that without biomass ash deposition;the TP347H steel with biomass ash deposition is very sensitive to the reaction temperature,the anti-corrosion performance of TP347H steel is gradually decreased with the increase of reaction temperation.结果表明,当试片表面存在生物质灰时,TP347H的腐蚀速率比无灰大大增加;沾有生物质灰的TP347H对反应温度非常敏感,随着反应温度的增加,TP347H的抗腐蚀性能逐渐降低。
英文短句/例句
1.Analysis of Deviation in Biomass Ash Composition生物质灰成分测试中的偏差问题分析
2.sandy algal biosparite砂质藻屑生物亮晶灰岩
3.dolomitic biomicrite白云石质生物微晶灰岩
4.sandy algal biomicrite砂质藻屑生物微晶灰岩
5.Such crops won't grow in limy soil.这类作物不能在石灰质的土壤中生长。
6.A plant that thrives in soil rich in lime.钙生植物生长于富含石灰质土壤中的植物
7.Experimental Study of Biocompatibility of Osteoid Hydroxyapatite;类骨质羟基磷灰石生物相容性的实验研究
8.Study of Fertilizer Effect and Compound Technology of Biomass Gasification ASH;生物质气化灰肥效及其复配工艺的研究
9.Differential Proteomics of Penicillum Griseofulvum F208 Highly Producing Griseofulvin in Biosynthesis;灰黄霉素生物合成差异蛋白质组学研究
10.Grey Relation Analysis between Phytoplankton Diversity and Water Quality in Neijiang River,Zhenjiang镇江内江浮游生物多样性与水质灰色关联分析
11.Progress of the study on the characteristics of ash from co-firing of biomass and coal生物质与煤混合燃烧成灰特性研究进展
12.Study on Acidification and Biological Effects of Acid Material Added to Calcareous Soil;酸性物质对石灰性土壤的酸化效果和生物效应研究
13.Studies on Like-bone Composite Biomaterial of Biomimetic Synthesis Silk Fibroin/hydroxyapatite;仿生合成丝素蛋白/羟基磷灰石类骨质复合生物材料的研究
14.PREPARATION OF THE BIOGLASS/HYDROXY APATITE COATING BY ELECTROPHORESIS CODEPOSITION IN ACETIC ACID MEDIUM冰醋酸介质中电泳共沉积制备生物玻璃/羟基磷灰石涂层
15.ON THE GEOLOGICAL AGE OF“SANSANGTZE LIMESTONE”FAUNA FROM THE NORTHERN REGIONS OF ANHUI AND KIANGSU淮北、苏北地区“三山子灰岩”的生物群及其地质时代的讨论
16.Research on Grey Model of Chip Qualified Rate and Cutting Force of Typical Biomaterials;典型生物质材料削片合格率灰色模型与切削力研究
17.Study on Preparation, Structure and Properties of Hydroxyapatite Based Bioceramic Composite Coatings;羟基磷灰石基生物陶瓷复合涂层的制备及其结构性质研究
18.Volatilization Characteristics of Biomass with Low Ash Content by Flash Pyrolysis;闪速加热条件下低灰分生物质热解挥发特性的研究
相关短句/例句
biological material steal melt residuce生物质气化灰渣
1.To exploit biological material steal melt residuce resource in agriculture,physical and chemical properties of ashes and their agrochemistry behavior were studied.为了开拓生物质气化灰渣农用资源化利用,对稻壳灰和粉煤灰的农业化学行为进行了比较研究。
3)Biomass gasification ash生物质气化灰
4)tuffaceous-bioclastic limestone凝灰质生物碎屑灰岩
5)dolomitic biomicrite白云石质生物微晶灰岩
6)sandy algal biomicrite砂质藻屑生物微晶灰岩
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。
