magnetic microspheres 中文意思是什麼

magnetic microspheres 解釋
磁性微球劑
  • magnetic : adj. 1. 磁（性）的；（可）磁化的。2. 吸引人心的；有魅力的。3. 催眠術的。
  • microspheres : 微球
  1. Preparation and characteristics of magnetic pf microspheres

    微球的制備及性質
  2. Optimization of preparation for matrine - loaded magnetic chitosan microspheres

    苦參堿磁性殼聚糖微球制備工藝的篩選
  3. Finally enzyme is covalently immobilized. the reclaimed efficiency of immobilized enzyme that is prepared by this vector is over 76 %, but others are between 45 % and 65 %. it shows that activated magnetic polymer composite microspheres is an efficient vector that can be applied immobilization field

    通過這類載體制備的固定化酶的酶活回收率在76以上，而由一般載體制備的固定化酶的酶活回收率在45 - 65之間，這表明活化后的磁性高分子復合微球是一類可以應用於酶固定化領域的高效載體。
  4. In this study, it has been put forward that taking reactive nanometer magnetic fe304 particles as magnetic nucleus, and the copolymer of styrene ( st ) ? crylic acid ( aa ) as macromolecular shell, we could synthesize, magnetic polymer composite microspheres containing carboxyl groups on their surface, then microspheres are activated by thionylchloride, the surface of such magnetic composite microspheres thus produced had reactive acid chloride groups which then react with the free amino groups of the free soluble enzymes to give peptide bonds ( ? o ? h ?,

    本研究首次提出了以納米級磁性fe _ 3o _ 4粒子為核心，苯乙烯（ st ） ?丙烯酸（ aa ）共聚物為高分子殼層，合成了表面帶羧基的磁性高分子復合微球，然後將這種微球用二氯亞碸進行活化處理，在其表面形成了反應性酰氯基團，該基團可以與游離酶的氨基形成肽鍵，從而將游離酶固定化。
  5. The work mainly focused on the effect of surface treatment method of magnetic nanoparticles on the final particle size, size distribution and some magnetic properties of the composite microspheres

    . .巴日目呂合法制備磁性復合微球的過程中，磁性無機粒子的凝聚狀態及表面特性對磁性復合微球的成功制備影響很大。
  6. 2 with dispersion - polymerization, taking above reactive nanometer magnetic fe304particles as nucleus, and the copolymer of styrene ( st ) ? crylic acid ( aa ) as macromolecular shell, we could synthesize, magnetic polymer composite microspheres containing carboxyl groups on their surface

    2採用分散聚合法，以上述反應型納米磁性fe _ 3o _ 4粒子為核心，苯乙烯（ st ） ?丙烯酸（ aa ）共聚物為高分子殼層，合成了表面帶羧基的磁性高分子復合微球。
  7. Research progress in magnetic polymer microspheres

    磁性高分子微球研究進展
  8. Synthesis and characterization of magnetic polymer microspheres with surface hydroxy groups

    含羥基磁性高分子微球的合成與表徵
  9. Some special surface treatment methods were adopted to improve the interface interaction between the polymer and magnetic particles in order to increase the encapsulation efficiency. the ultrasonic technique, some organic solvents and several functional steric stabilizers were applied to improve the quality of final magnetic particles. ps / iron oxides magnetic composite microspheres with the size 80 - 210nm were prepared via improved emulsion polymerization

    三種方法可以制備具有不同粒徑和磁性能的磁性fe _ 3o _ 4納米粒子，其中，共沉澱法制備的磁性微粒粒徑大小穩定，比較容易控制在10nm左右，且所得磁性微粒的磁響應性強，具有超順磁性，利於制備高性能的磁性復合微球。
  10. Recent developments of magnetic microspheres for use in the fields of biomedicine

    磁性微球在生物醫學領域中的應用進展
  11. Magnetic microspheres mms

    磁性微球
  12. Hertz biotech offers a range of bio - separation products, which includes magnetic microspheres, nucleic acid purification kits, magnetic separators, porous silica microspheres, liquid chromatographic packings and columns

    磁性分離裝置、磁性微球、超純核酸提取試劑盒、色譜填料、色譜柱、羧基熒光素、氨基酸保護試劑等系列產品。
  13. The results showed that appropriate copolymer composition and processing techniques were fairly important in the preparation of composite magnetic microspheres. superparamagnetic magnetic composite microspheres with size less than 500nm, magnetic content 22 % and saturation magnetization 32. 5emu / g could be prepared by this novel method. it is proposed that the polymer

    綜合看來，採用dpe法制備的磁性復合微球磁含量高、飽和磁化強度高、無機微粒分佈均勻，且表面潔凈，包覆效率高，因而具有更好的綜合性能，是一種具有廣闊應用前景的新方法。
  14. The development of research on magnetic polymer microspheres

    磁性高分子復合微球的研究進展
  15. Preparation and characterization of magnetic p st - co - maa - co - am microspheres

    磁性微球的制備與特性
  16. Amino acid molecules imprinted polymeric composite microspheres with magnetic susceptibility ( ms - smips ) were prepared by suspension polymerization ( sp ) and inverse emulsion - suspension polymerization ( iesp ), respectively. protein molecules imprinted soft - wet gel composite microspheres with magnetic susceptibility ( ms - pigms ) were prepared by inverse suspension polymerization ( isp ) and seeded inverse suspension polymerization ( sisp ), respectively. the resulting ms - smips and ms - pigms were characterized by scanning electron microscope ( sem ), thermogravimetric analyzer ( tg ), vibrating sample magnetometer ( vsm ), infrared spectrum ( ftir ), high performance liquid chromatography ( hplc ), and so on

    分別採用懸浮聚合法和反相乳液?懸浮聚合法制備了氨基酸分子印跡聚合物磁性復合微球（ ms - smips ） ；分別採用反相懸浮聚合法和種子反相懸浮聚合法制備了蛋白質分子印跡磁性軟濕凝膠復合微球（ ms - pigms ） ；用掃描電子顯微鏡、熱重分析儀、振動樣品磁強計、紅外光譜、高效液相色譜等對所制備的ms - smips和ms - pigms進行了表徵。
  17. So far, although numerous synthetic routes, such as suspension polymerization, emulsion polymerization, dispersion polymerization, etc, have been developed to produce magnetic composite microspheres, there are still a lot of problems need to be resolved for preparing ideal and useful magnetic composite microspheres. these problems include low magnetic content, low efficiency of encapsulation, big size, polydispersity of particle size, the contamination of composite microspheres by some additives, etc. it is realized recently that the preparation of high quality magnetic composite microspheres relies on the breakthrough of synthesis approaches and the detail understanding of the polymerization mechanism in the presence of magnetic inorganic particles

    本文針對當前磁性復合微球磁含量低、潔凈度較差，且主要是微米級產品的研究現狀，以提高磁性復合微球磁含量、提高復合微球的潔凈度及在維持較高磁含量的基礎上有效減小復合微球的粒徑為主要目標，採用改進乳液聚合法、細乳液聚合法及活性游離基dpe法三種方法制備了不同粒徑及磁含量的磁性復合微球。
  18. A novel method with the addition of 1, 1 - diphenylethylene ( dpe ) was firstly developed in this dissertation to prepare clean magnetic composite microspheres, which was one kind of living radical polymerization

    採用dpe法制備磁性fe3o屍mma一ps復合微球，是一個一釜（ onepot ）兩步過程。
  19. The magnetic composite microspheres with better size distribution and structure, possessing higher conversion rate of polymer and ideal magnetic properties were synthesized by adding an amount of dispersant, disperbyk - 106, bearing much polar functional groups

    提出了用活性游離基dpe法制備磁性復合微球的新思路，並且採用該法成功地制備了粒徑小於500nln的磁性fe30屍mma一ps復合微球。
  20. By controlling parameters superparamagnetic magnetic composite microspheres with size less than 300nm, magnetic content 24 % and saturation magnetization 47emu / g could be prepared by miniemulsion polymerization

    用該法制備的磁性復合微球磁含量可達22 %以上，飽和磁化強度可達犯. sem川g 。
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