磁分离

  • 网络Magnetic separation;IMS
磁分离磁分离
  1. 高温超导磁分离污水处理系统中的PLC控制

    PLC Control in the Wastewater Treatment System by Using High-Temperature Superconducting Magnetic Separation

  2. FCC平衡催化剂磁分离回收技术

    Recovering of FCC Equilibrium Catalyst by Magnetic Separation Technology

  3. 免疫磁分离-荧光PCR应用在肉类单增李斯特氏菌的检测

    Detection of Listeria monocytogenes in meat products by means of immuno-magnetic cell separation combined with fluorescence PCR technique

  4. 磁分离技术用于回收被重金属污染的FCC催化剂

    Magnetic separation for recovering heavy metal contaminated FCC catalyst

  5. 低金属FCC平衡催化剂磁分离回收技术研究

    Study on the recovering of FCC equilibrium catalyst of lower-metal by magnetic separation technology

  6. 高镍FCC磁分离回收技术工业应用的研究

    The Research on High Nickel FCC Equilibrium Catalyst Magnetic Separation Recovery Technology Industry Application

  7. 人促甲状腺激素(TSH)芯片磁分离化学发光酶免疫分析法

    Biochip Magnetic Chemiluminescence Enzyme Immunoassay for Rapid , Sensitive Determination of Thyrotropin

  8. 目的利用磁分离技术直接从临床粪便样品中分离人腺病毒DNA进行PCR扩增,提供一个方便、有效、快速的临床检验方法。

    Objective To establish a rapid , effective , convenient method for detecting human adenoviruses and other viral pathogens using magnetic bead separation and PCR amplification .

  9. 地下水除铁除锰方法主要有:加碱调pH值、强氧化剂氧化法、离子交换法、臭氧氧化法、磁分离法等。

    Main methods of Fe2 + and Mn2 + removal in groundwater included alkalinization , oxidation , ionic exchange , ozonation and magnetic separation et al .

  10. 磁分离酶联免疫法检测IL-4方法的建立

    Methodological Study on Magnetic Affinity Immunoassay for IL-4

  11. 免疫磁分离技术在E.ColiO157∶H7检测中的应用

    Application of Immunomagnetic Separation to E.coli O157 ∶ H7 Detection

  12. 本文研究了高镍FCC平衡剂磁分离回收技术工业化工艺条件。

    The paper researches into the process condition of high nickel FCC equilibrium catalyst magnetic separation recovery technology industry application .

  13. 利用直流磁分离及脉冲阴极双激发源等离子弧薄膜沉积装置制备了含Ti底层和无Ti底层的类金刚石碳薄膜(DLC);

    Diamond-like carbon ( DLC ) films with and without Ti underlayer were prepared with complex plasma arc of DC magnetic separation and pulsed cathode .

  14. 选用车屑螺旋状填充质高梯度磁分离对FCC废催化剂进行了分离处理,并对分离后的催化剂进行了活性检验。

    Lathe spiral metal filings were used in high gradient magnetic separation machine to recover FCC catalyst and activities of the separated FCC catalysts were examined .

  15. 采用磁化絮凝高梯度磁分离方法处理城市污水,研究了磁种用量、磁场强度、混凝剂用量、污水pH值和流速等工艺参数对除磷效果的影响。

    Urban sewage is treated by magnetic flocculation and high gradient magnetic separation . The technical parameters such as magnetic feed dosage , magnetic field intensity , coagulating agent dosage , pH value and flow velocity are investigated .

  16. 方法40例不育患者在行IVF-ET前一周期采用磁分离酶联免疫法测定植入窗期血清E2、P水平;

    Methods : The endometrial samples and serum samples were obtained during the implantation window from 40 patients undergoing IVF-ET. The serum E_2 and P levels were measured by magneto-separate homogeneous enzyme immunoassay .

  17. 目的:研究磁分离酶联免疫测定(MAIA)技术在临床诊断多囊卵巢综合征(PCOS)中的应用价值,建立我科生殖内分泌的临床正常参考值范围。

    Objective : To study the value of MAIA technology in clinical diagnosis of PCOS and establish the normal range of our lab.

  18. Fe3O4/石墨烯纳米复合物的饱和磁化强度大约为120emu·g-1,可以确保吸附后吸附剂通过方便的磁分离方法得到分离。

    The saturation magnetization of the Fe3O4 / graphene nanocomposite was about120emu · g-1 , which ensured the convenient magnetic separation after adsorption .

  19. 采用液相沉积法制备了可磁分离的复合光催化剂TiO2@SiO2@NiFe2O4(TSN),并运用X射线衍射和透射电镜对样品进行了表征。

    A magnetically separable composite photocatalyst TiO2 @ SiO2 @ NiFe2O4 ( TSN ) was prepared by liquid phase deposition method , and characterized by X-ray diffraction and transmission electron microscopy .

  20. 方法采用磁分离酶联免疫法测定了115例糖尿病患者和295例冠心病患者的血清DHEAS水平。

    Methods Serum level of DHEAS was measured by magnetic separated ELISA in115 patients with diabetes and295 patients with coronary heart disease , and compared with the control .

  21. 采用溶胶-凝胶法制备了可磁分离的复合光催化剂ZnO@SiO2@NiFe2O4(ZSN)。

    A magnetically separable composite photocatalyst ZSN @ SiO2 @ NiFe2O4 ( ZSN ) was prepared by sol-gel method .

  22. 对兼具亲和作用和磁分离优点的磁性亲和吸附过程进行了研究.建立磁分离酶联免疫法定量检测人白细胞介素4(IL-4)的方法。

    In order to find a non-radioactive and sensitive method for detecting human interleukin 4 ( IL-4 ), a quantitative magnetic affinity immunoassay ( MAIA ) was established based on employing a pair of monoclonal antibodies against IL-4 with distinct epitopes and amplified system of FITC / anti-FITC mAb .

  23. 高梯度磁分离样品试验装置用超导磁体

    A superconducting magnet for the laboratory high gradient magnetic separator

  24. 连续式磁性颗粒去除器永磁分离机理及其影响分析

    Mechanism and influence analysis of permanent separation with continuous magnetic paticle separator

  25. 应用高梯度磁分离技术处理糖蜜酒精废水

    The treatment of wastewater from fermented molasses using a HGMS

  26. 磁分离除尘的初步实验研究及其机理分析

    Preliminary experimental research and mechanism analysis of dust removal by magnetic separation

  27. 本文提出了湿式磁分离工业装置的一种工业实验方法。

    A method of industrial experiments for wet HGMS is propounded here .

  28. 采用在线磁分离技术回收催化裂化平衡催化剂再利用

    Recovery and recycling of FCC equilibrium catalyst by online magnetic separation technology

  29. 人绒毛膜促性腺激素游离β亚单位磁分离酶联免疫方法的建立

    Methodological study on magnetic enzymic immunoassay for detecting free hCG β subunit

  30. 粗粒弱磁性矿物磁分离技术研究

    Study on magnetic separation techniques for coarse feebly magnetic mineral