CMB受体模型,CMB receptor model
1)CMB receptor modelCMB受体模型
2)CMB modelCMB模型
1.Analytical particle source of secondary particle source has played an important role when using CMB model to calculate the impacts on TSP and PM10 from all kinds of particle source.通过CMB模型计算各类尘源对TSP、PM10的影响时发现,二次颗粒物对尘源解析起到了不容忽视的作用,因此就二次颗粒物源成分谱进行了专门解析研究,并把二次颗粒物解析也纳入到模型中来,从而完善了源解析结果。
3)Receptor model受体模型
1.Application and development of receptor models for the source apportionment of airborne particulate matter;受体模型在大气颗粒物源解析中的应用和进展
2.The chemical mass balance(CMB) model introduced by Miller in 1972 is one of the most frequently applied receptor models.简述了大气颗粒物源解析技术的发展概况和化学质量平衡(CMB)受体模型的基本原理,对该模型应用中的关键问题,大气颗粒物源解析的进展情况作了详细的阐述。
3.The pollution sources of TSP in center urban ambient air of Shuozhou city at five sites were analyzed by the chemical mass balance method(CMB) based on receptor model.应用受体模型的化学质量平衡法对采暖期朔州市市区5个监测点的总悬浮颗粒物(TSP)进行污染源的源解析。
英文短句/例句

1.multichain receptor mode多链受体模型[由受体及受体相关分子共同组成高亲和力受体]
2.Advancement on Sweetness Theory and Model of Sweetener s Receptor;甜味化合物的甜味理论与受体模型研究进展
3.From Expectations to Feelings:An Interactive Model for Quality Tourist Experience;期望与感受:旅游体验质量的交互模型
4.Receptor Antagonist of NMDA and Animal Models of SchizophreniaNMDA受体拮抗剂与精神分裂症动物模型
5.A Simple Model of Population Evolution with Limited Resource一种简单的资源受限的群体演化模型
6.Construction of a Transgenic Mouse Model with the Overexpression of Transient Receptor Potential family Vanilloid Subtype 1瞬时受体电位家族香草醛1型受体转基因小鼠模型的建立
7.The Experimental Study of the Role of Antibody Against M_2-Muscarinic Acetylcholine Receptor in Asthmatic Rats;M_2受体抗体在大鼠哮喘模型中的实验性研究
8.Study on Mechanical Performance of Units and Models Design of Tensegrity;全张力体系单元体受力性能及模型设计研究
9.Homology modeling and ligand design of human estrogen receptor subtype 36雌激素受体36亚型的同源模建以及配体设计
10.A study model for LOX-1 receptor in vitro体外研究人LOX-1受体功能的细胞模型建立
11.Pharmacophore modeling of dual angiotensin Ⅱ and endothelin A receptor antagonists血管紧张素受体和内皮素受体双重受体拮抗剂药效团模型的研究(英文)
12.Establishment of Cell Membrane Chromatography Model of High Expression of Insulin Receptor;高表达胰岛素受体细胞膜色谱模型的建立
13.Dynamic Expression of Glutamate Receptor of Hippocampus, Prefrontal Cortex and Amygdala in an Animal Model of PTSD;PTSD大鼠模型不同脑区谷氨酸受体的表达变化
14.Research on Mechanical Properties of Walls with Concrete Small Block Using Numerical Simulation;混凝土小型砌块墙体受力性能的数值模拟研究
15.Application of Endothelin A-receptor Antagonist BQ123 to the Models of Myocardial Infarction of Rabbits;ET_A受体拮抗剂BQ123在兔心肌梗死模型中的应用
16.Hypothesis and Test on Motivational Model of Subjects in Physical Fitness Measurement;体质测试受试者动机模型的假设与检验
17.Some Mathematic Models and Their Application of Magnetic Force on Iron Magnetic Fluids;铁磁液体所受磁力的几种数学模型及应用
18.Expression of Estrogen Receptor α and β in Uterus of Polycystic Ovary Syndrome RatsPCOS模型大鼠子宫雌激素受体α、β表达的研究
相关短句/例句

CMB modelCMB模型
1.Analytical particle source of secondary particle source has played an important role when using CMB model to calculate the impacts on TSP and PM10 from all kinds of particle source.通过CMB模型计算各类尘源对TSP、PM10的影响时发现,二次颗粒物对尘源解析起到了不容忽视的作用,因此就二次颗粒物源成分谱进行了专门解析研究,并把二次颗粒物解析也纳入到模型中来,从而完善了源解析结果。
3)Receptor model受体模型
1.Application and development of receptor models for the source apportionment of airborne particulate matter;受体模型在大气颗粒物源解析中的应用和进展
2.The chemical mass balance(CMB) model introduced by Miller in 1972 is one of the most frequently applied receptor models.简述了大气颗粒物源解析技术的发展概况和化学质量平衡(CMB)受体模型的基本原理,对该模型应用中的关键问题,大气颗粒物源解析的进展情况作了详细的阐述。
3.The pollution sources of TSP in center urban ambient air of Shuozhou city at five sites were analyzed by the chemical mass balance method(CMB) based on receptor model.应用受体模型的化学质量平衡法对采暖期朔州市市区5个监测点的总悬浮颗粒物(TSP)进行污染源的源解析。
4)source-receptor model源-受体模型
5)Receptor binding model受体结合模型
6)pseudo receptor model虚拟受体模型
延伸阅读

扩散受体杂化模型分子式:CAS号:性质:又称扩散受体杂化模式。将物理的扩散模式与化学的受体模式相耦合,进行大气颗粒物来源识别的一种数学处理方法。大气扩散模式主要从发生源强度,在不同气象条件下,描述或预测排出颗粒物在不同地点的浓度分布;而受体模式则从受体处(即颗粒物采样处)的浓度与排放源浓度求出其相关性。两种模式耦合后可互补短长,使计算结果更为正确,并可预测。如大气扩散模式对分散源难以正确反映,但加入了气象参数,可在较大范围内详细地定量描述浓度的分布。受体模式只能限于受体处,且不能进行预测;但可获得各种不同污染源的类型。这种模型需要较多的基本数据(或参数),计算处理较为复杂。