生物质化学组分,chemical component of biomass
1)chemical component of biomass生物质化学组分
英文短句/例句
1.Thermogravimetric behaviors of biomass′ chemical components under air or syngas生物质化学组分在空气和合成气下的热重行为研究
2.Functional Analysis of Histone Deacetylase HD2 Family in Rice by Bioinformatics水稻组蛋白脱乙酰化酶HD2 HDACs蛋白质的生物信息学分析
3.A secondary air pollutant is a harmful chemical formed in the atmosphere through a chemical reaction among air components.另一类污染物则是通过大气组分间所发生的化学反应而形成的有害化学物质。
4.Chemcal Identification and Effcts of Oviposition-Deterring Pheromones(ODPs) from Eggs of the Cotton Bollworm, Helicoverpa Armigera (Hübner) (Lepidoptera: Noctuidae);棉铃虫卵上抑卵物质的化学组成和生物活性
5.Biochemistry, according to a classic definition, is the study of the chemical composition of living matter and of the chemical changes that occur in it during life processes.根据经典的定义,生物化学是研究生物活性物质的化学组成和生命过程中的化学变化的科学。
6.Chemistry provides the bridge between the molecules of inanimate matter and the highly complex molecular architectures and systems which make up living organisms.化学便在非生命物质的分子和组成活体组织的高度复杂的分子结构系统间架起一座桥梁。
7.Analytical Biosciences Group of the Royal Society of Chemistry英国皇家化学会：分析分会分析生物科学组
8.A composition of two or more substances that are not chemically combined with each other and are capable of being separated.混合物由两种或更多彼此不发生化学合成并能被分开的物质组成的合成物
9.Mechanism Research of Biomass Pyrolysis on Component Analysis and Kinetic Study;基于组分分析的生物质热裂解动力学机理研究
10.Proteome Profiling of Phosphotyrosine-mediated Signaling and Functional Investigation of Key Signaling Molecules;酪氨酸磷酸化蛋白质组学及重要信号分子的调节通路与生物学功能分析研究
11.A gland is a tissue or organ that produces a useful chemical substance.腺体是人体内产生有用化学物质的组织或器官。
12.Oncoproteomics and alimentary system tumor biomarkers肿瘤蛋白质组学与消化系肿瘤生物标记
13.physical, chemical or biological alternation of the composition or quality of the waters水的成分或质量的物理、化学或生物变化
14.Chemical characteristics analysis of bioflocculant EBU-1微生物絮凝剂EBU-1的化学性质分析
15.Study on Pyrolysis Characteristics and Kinetics of Three Components of Biomass;生物质三组分热裂解特性及其动力学研究
parative Proteomics Analysis of Human Blood Components and Derivates;人血液成分及其衍生物的比较蛋白质组学研究
17.KINETICS OF PYROLYSIS OF BIO-OIL AND ITS HEAVY FRACTIONS生物油及其重质组分的热解动力学研究
18.Preliminary Study on Hydro-liquefaction Kinetics of Shenhua Coal Macerals and Coliquefaction of Macerals and Biomass;神华煤显微组分加氢液化反应动力学及其与生物质共液化的初步研究
相关短句/例句
biochemical composition生物化学组分
1.The effect of starvation for 15 or 20 days and subsequent re-feeding onbiochemical composition in Carassius auratus cuvieri is examined.分析了饥饿 15d ,2 0d再投喂 15d ,2 0d对白鲫生物化学组分的影响 。
3)biomass component生物质组分
1.A laminar flow furnace reactor heated by a plasma jet was designed to study the influences of thebiomass components, pyrolysis temperature and residence time on the volatility of biomass materials at flash heating rate and isothermal pyrolysis conditions.而热转化过程中,热解是第一步,与生物质组分、热解温度、滞留时间等因素有关。
4)chemical matterome化学物质组
5)chemomics-integrated global systems biology整合化学物质组学的整体系统生物学
1.A holistic methodology,chemomics-integrated global systems biology, was developed for the study of interaction between external intervention system (TCM) and biological response system (living system) on the basis of fundamental principle of Traditional Chinese Medicine (TCM) and systems biology.本文以中医药学和系统生物学为基础,探讨建立一个整合化学物质组学的整体系统生物学体系,用于研究外部干预系统(中药复方)与生物应答系统(人体复杂系统)之间“系统-系统”的相互作用。
6)chemomics化学物质组学
1.Chemomics and Proteomics;化学物质组学与蛋白质组学
2.Guided bychemomics,with the results of chromatography and multi-component quantification,this research mode is of great significance to the establishment of the quality evaluation sys.对中药物质基础的研究方法——化学物质组学,以及中药质量评价的关键技术——指纹图谱技术做了介绍,并在此基础上综述了中药化学信息获取的关键技术——色谱及相关技术在中药质量评价中的应用。
3.A holistic methodology,chemomics-integrated global systems biology, was developed for the study of interaction between external intervention system (TCM) and biological response system (living system) on the basis of fundamental principle of Traditional Chinese Medicine (TCM) and systems biology.本文以中医药学和系统生物学为基础,探讨建立一个整合化学物质组学的整体系统生物学体系,用于研究外部干预系统(中药复方)与生物应答系统(人体复杂系统)之间“系统-系统”的相互作用。
延伸阅读
生物分子式：CAS号：性质： 见有机体
