Flow field-flow fractionation (flow FFF or FlFFF) is one of the FFF subtechniques in which particles and macromolecules are separated in a thin channel by aqueous flow under a field force generated by a sec- ondary flow. As with other FFF techniques, separation in FlFFF is based on the...
Flow Field-Flow Fractionation has been the most important Field-Flow Fractionation technique for over two decades. The world’s first commercial Flow Field-Flow Fractionation instrument, the Model F1000, was invented and commercialized in 1986 by FFFractionation which now is Postnova Analytics USA sin...
网络释义 1. 场流分离 重力场流分离,gravit... ... ) Higee 超重力场分离机 )field-flow fractionation场流分离) gravitational separation 重力分离 ... www.dictall.com|基于29个网页 2. 场流分离仪 色谱术语... ... 多维色谱仪 multidimensional chromatograph 3场流分离仪field-flow fractionation3 进样器...
fractionation n. 分别,分馏法 semi micro fractionation 半微量分馏 flow v. [I] 1.(河水等)流动 2.川流不息 3.(潮)涨,泛滥;涌出 4.(头发,衣服)垂下;随风飘动 5.源自,来自(+from/out of) v. [T] 1.溢过,淹没 Field n. 域 vt. 使上场 vi. 担任场外队员 a. 田间的,野生的,领域,田地...
网络非对称流分离系统 网络释义 1. 非对称流分离系统 非对称流分离系统(Asymmetrical Flow Field-Flow Fractionation)北京龙智达公司 详细信息 资料下载: 产品样本 (下载5 次) [ … www.biomart.cn|基于4个网页
Flow field-flow fractionation is a new separation technique that seems likely to have broad applicability. Its theoretical scope includes any solute for which one can find a solvent and a semipermeable membrane. The principles on which the technique is based are presented. Some experiments with poly...
Flow field-flow fractionation is introduced as a new tool applicable to protein studies. Specific advantages of this method are discussed, including the capability for measuring diffusivities and Stokes radii directly, even for trace components. The theoretical equations of flow FFF are summarized and ...
field flow fractionation 【化】 场流分级法相关短语 middling (美棉分级标准中第五级) 中级 subsieve fineness (不能用筛子分级的微粒) 亚筛细度 check stand(超级市场) 验货收款台 knife coating (流延法) 刀片涂布 Rossi Forel scale (分为10级) 罗福二氏地震烈度 Knox cracking (气相热裂化法) 诺克斯裂化...
Depending on the Field-Flow Fractionation method which is used, different force fields (liquid flows, centrifugal forces, temperature gradients or gravity fields) are used and applied perpendicular to the separation channel. Under the influence of these force fields and the counteracting diffusion field...
We describe the protocol development and optimization of asymmetric-flow field-flow fractionation (AF4) technology for separating and characterizing extracellular nanoparticles (ENPs), particularly small extracellular vesicles (sEVs), known as exosomes, and even smaller novel nanoparticles, known as exomere...