膜滤过,cell filtration
1)cell filtration膜滤过
1.Objective:To establish a kind of method of cell filtration(isolated by the size of epithelial tumor cells,ISET)conbined with laser scanning cytometry(LSC)to detect circulating tumor cells(CTC)in patients with cancer.目的:建立用膜滤过分离肿瘤细胞技术(Isolation by size of epithelial tumor cells,ISET)联合激光扫描细胞计量仪(Laser Scanning Cytometry LSC)检测循环肿瘤细胞(circulating tumor cells CTC)的方法,运用该方法检测肿瘤患者的CTC,并探讨CTC数量与患者的临床分期、原发肿瘤大小、淋巴结转移等的关系。
2)membrane filtration膜过滤;膜过滤法
3)micro-membrane filtration微滤膜过滤
1.A combination process of PAC and PAM coagulation,Fenton oxidation,PAC coagulation-micro-membrane filtration, and NaClO oxidation has been used for treating the coal-gas washing wastewater.采用PAC与PAM混凝、Fenton氧化、PAC混凝—微滤膜过滤和NaClO氧化组合技术处理煤气洗涤废水,其投加量分别为75mg/L+62。
2.A combination process of chemical coagulation,chemical oxidation and micro-membrane filtration was used to treat the coal-gas washing water.采用 PAC 与 PAM 混凝、Fenton 氧化、PAC 混凝-微滤膜过滤和 NaClO 氧化组合技术处理煤气洗涤废水,其用量分别为75mg/L+62。
英文短句/例句

1.Research of Removal Copper and Nickel of Electroplating Wastewater by Flocculation Precipitation and Micro-Filtration Combined Process絮凝沉淀—微滤膜过滤组合工艺去除电镀废水中铜和镍的研究
2.The result showed that the extract pre-filtrated with millipore filtration will be easier for further ultrafiltration;试验结果表明: 药液先以微孔滤膜过滤更有利于超滤的进行;
3.Study on the Microfiltration Process with the Ceramic Membrane in a Integrated Reactor;集成反应器中陶瓷膜微滤过程的研究
4.bacteria bed(s)细菌滤池; 接触滤池; [pl. ]菌膜过滤层
5.The water in this cistern is handled through filtering simply, be like membrane method of small hole filter, can offer drinkable.这个水池中的水经过简单的过滤处理,如微孔滤膜法,就可供饮用。
6.Membranes are used for micro and ultrafiltration, dialysis and reverse osmosis, amongst other processes.膜用在微滤、超滤,渗析和反渗透以及别的一些过程中。
7.RESEARCH ON THE MODIFICATION OF Α-ALUMINA MICROFILTRATION MEMBRANEα-Al_2O_3微滤膜的改性研究
8.evaluation of membrane filters used for microbiological analyses用于微生物学分析的薄膜过滤器的评价
9.The Unsteady-State Modeling of Crossflow Microfiltration of Particle Suspension Using Ceramic Membrane;陶瓷膜错流微滤悬浮液过程的非稳态模拟
10.An Experimental Study on Flow Patterns and Separation Process in Rotary Tubular Micro-Filtration Membrane Separators;旋转管式微滤膜器内流型及分离过程实验研究
11.Study on Integrated Process of Photocatalytic Oxidation with Inorganic Membrane Enhanced by Ultrasound Field超声场强化光催化氧化—无机膜微滤过程的研究
12.Effect of sintering temperature on microfiltration membrane prepared with TiO_2 ceramic-fiber以TiO_2纤维制备微滤膜过程中烧结温度的影响
13.Application of Ceramic Film Filter on the Production of Fine Powder Aluminum Hydroxide陶瓷膜过滤器在微粉氢氧化铝生产中的应用
14.Application of Stainless Steel Microfiltration Membrane in Production of 5′-Nucleotides不锈钢微滤膜在5′-核苷酸生产过程中的应用
15.A Study on the Filtration Properties of Fiber Inorganic Ceramic Nanofiltration Membrane;纤维状无机陶瓷纳滤膜过滤特性研究
16.Study on the Microstructure of the Filter Cake and the Expression Filtration Theory;滤饼微观结构与压榨过滤理论的研究
17.high efficiency particulate air filter高效微粒空气过滤器
18.micro glass fibre filter微型玻璃纤维过滤器
相关短句/例句

membrane filtration膜过滤;膜过滤法
3)micro-membrane filtration微滤膜过滤
1.A combination process of PAC and PAM coagulation,Fenton oxidation,PAC coagulation-micro-membrane filtration, and NaClO oxidation has been used for treating the coal-gas washing wastewater.采用PAC与PAM混凝、Fenton氧化、PAC混凝—微滤膜过滤和NaClO氧化组合技术处理煤气洗涤废水,其投加量分别为75mg/L+62。
2.A combination process of chemical coagulation,chemical oxidation and micro-membrane filtration was used to treat the coal-gas washing water.采用 PAC 与 PAM 混凝、Fenton 氧化、PAC 混凝-微滤膜过滤和 NaClO 氧化组合技术处理煤气洗涤废水,其用量分别为75mg/L+62。
4)filter membrane filtration method滤膜过滤法
5)ultrafiltration membrane filtration超滤膜过滤
6)membrane filterability膜过滤性
1.Improvement of membrane filterability of mixed liquor in membrane bioreactor by ozonation;臭氧作用改善膜-生物反应器混合液膜过滤性
延伸阅读

过滤元素分子式:分子量:CAS号:性质:一般指狭义的过滤元素,即周期表中第Ⅷ族的九种元素:铁、钴、镍、钌、铑、钯、锇、铱、铂。它们处于三个长周期的前半段与后半段之间的过渡区域。同周期的过渡元素的原子量相近,化学性质相似。铁、钴、镍称为铁族元素(iron family element)其余六种称铂族元素(platinum family elememt),广义的过渡元素应当包括原子序数在21~31(钪~镓)、39~49(钇~铟)以及71~81(镥~铊)以内的所有元素。它们都是金属。特点是密度大、熔点高、蒸气压低。这些性质在每行的第四个元素(铬、钼、钨)附近达到最大值。化合物表现出多种价态的倾向,最高价数从每行起始元素(钪、钇、镥)的+3增加到第六元素(钌、锇)的+8。在过渡区内任何竖列中,最高价态通常表现在这列底部的元素中。例如,铁的最高价为+6,而锇则达到+8。大多数过渡元素的离子不仅有颜色,而且都能形成稳定的络合物,在分析、分离、提纯、电镀乃至生命体中都有重要作用。例如,维生素B12便是三价钴的络合物,而血色素则是三价铁的络合物。过渡区内既包括许多经济上重要的金属,如铁、铜、镍、锌,也有稀少的金、银、铂和铼等。许多重要的催化剂也都是过渡元素。它们的应用前景极为广阔。