核殼結構 的英文怎麼說

中文拼音 [hékéjiēgòu]
核殼結構 英文
nuclear shell structure
  • 核 : 核構詞成分。
  • 結 : 結動詞（長出果實或種子） bear （fruit）; form （seed）
  • 構 : Ⅰ動詞1 （構造; 組合） construct; form; compose 2 （結成） fabricate; make up 3 （建造; 架屋） bui...
  • 結構 : 1 （各組成部分的搭配形式） structure; composition; construction; formation; constitution; fabric;...
  1. The results showed that the acr emulsoid particle size and its distribution can be adjusted by varying the amount of seed emulsion used in the pre - emulsionized seed - emulsion polymerization, and the acr emulsoid particles have core - shell structure obviously

    結果表明，採用預乳化種子乳液聚合法制備acr乳液，可以有效地控制乳膠粒徑及分佈；且所合成的acr乳膠粒子具有明顯的核殼結構。
  2. The emulsoid particle size and its distribution were determined by laser particle sizer. the composition changes of acr were inspected by ir, and the core - shell structure was observed by tem. the morphologyes of acr resin particles were inspected by polarization microscope at last

    通過激光粒度分析儀對所合成的乳膠粒徑及其分佈進行了分析測試，藉助于ir考察了所合成的acr的組成變化，並通過透射電鏡對所合成的acr的核殼結構進行了驗證，最後藉助于偏光顯微鏡觀察了破乳乾燥后得到的acr粒子。
  3. The contribution of shell structure to the potential energy function can be obtained from an analysis of relative energies of nucleonic configurations in a potential of given shapes.

    通過分析在一給定形狀的勢能中核子組態的相對能量，可以得到殼結構對勢能函數的貢獻。
  4. Having investigated composites of ep coating ultramicro iron using atpu as surface agent, results showed that with increasing amount of atpu, density, complex permittivity ( ) and complex permeability ( ) of composites decreased, and retentivity and coercivity increased

    用atpu作表面活性劑制備核殼結構復合粒子時，隨著復合時atpu用量的增加，復合粒子的密度、復介電常數（ ）和復磁導率（ ）逐漸減小，剩磁與矯頑力逐漸增大。
  5. Preparation and characterization of the polystyrene silver core - shell structure nanospheres

    核殼結構納米微粒的制備及表徵
  6. The results showed : composites showed microstructure of ep coating ultramicro iron ( - fe ), which could enhance the ability of antioxidation of composites

    研究結果表明：復合粒子結構為ep包裹超微鐵（ - fe ）核殼結構，該結構提高了復合粒子的抗氧化能力。
  7. The acrylate copolymers ( acr ) with core - shell structure were synthesized by seed emulsion polymerization used with butyl acrylate, styrene, methylmethacrylate as comonomers

    採用預乳化種子乳液聚合方法，合成了一種具有核殼結構的丙烯酸酯共聚物（ acr ） 。
  8. As the extendibility of nanomaterials, micro / nano core - shell structural materials have been widely investigated and applied in a broad range of areas, including bioengineering, medicine, chemistry industry, electronics, and so on

    摘要微納米核殼結構材料作為納米材料的延伸，已在生物、醫學、化工與電子等眾多領域被廣泛研究和應用。
  9. In this paper, the tunable optical characteristics, preparation for quantum dots, the value of core / shell structure, the advantages of quantum dots as fluorescent labeling, quantum dots biolabeling techniques and their application in life science were reviewed, and the future prospects was envisioned

    摘要從量子點的光學特徵、制備、核殼結構的意義、量子點熒光標記物的優越性、量子點標記生物分子后在單個細胞及臨床組織樣品檢測中的應用等方面綜述了量子點在生命科學領域的研究進展。
  10. The new methods of toughening epoxy resins, including those of doing thermoplastic resin, thermotropoic liquid crystalline polymer, core - shell latex polymer, forming interpenetrating networks polymer, in - situ polymerization, are introduced, with their mechanisms discussed herein as well

    介紹了環氧樹脂增韌改性的一些新方法，包括熱塑性樹脂增韌、互穿網路增韌、熱致性液晶增韌、原位聚合增韌、核殼結構聚合物增韌等，並對其中的增韌機理作了總結分析。
  11. A core - shell emulsion with proper viscosity and good stability is prepared by methyl methacrylate ( mma ), butyl acrylate ( ba ) and acrylate acid as main monomers, through seed emulsion polymerization with semi - continuous adding method

    摘要採用甲基丙烯酸甲酯，丙烯酸丁酯和丙烯酸為核殼階段的單體，通過半連續滴加的種子乳液聚合的合成工藝，得到了一種粘度適中，穩定性良好，具有核殼結構的乳液。
  12. The characterization on those nano sulfide qds are also presented in the thesis. as nanoparticles with core shell structure have much higher fluorescence quantum efficiency, base on cds of synthesis, some efforts have also been put into the experiment on synthesis of cds / zns core - shell particles

    由於具有核/殼結構納米顆粒能夠實現較高熒光量子產率，在納米cds量子點制備的基礎上，本文對核/殼結構cds / zns量子點的制備工藝進行了初步的探索研究。
  13. Preparation and characterization of ps ag core - shell nanoparticles

    銀核殼結構納米粒子的制備與表徵
  14. Under the laws of quantum mechanics, the nuclei of atoms have shell - like structures analogous to the spheres in which given numbers of electrons exist in certain orbits around the nucleus

    根據量子力學的法則，核子外部一定數目的核外電子以一定的圓周軌道運行形成球狀殼結構。
  15. The results have testified that the charges of the shell materials and core materials will dominate whether the stable core - shell structure forms or not, by employing the silica shell formed through the hydrolysis of silane agents and the core formed by microemulsion

    證明了基於硅烷化試劑水解形成的二氧化硅外殼與微乳液方法形成的內核實現穩定的核殼結構結合，關鍵是由殼材料與內核材料的電性決定的。
  16. The surface - modified magnetic nanoparticles have been widely used in biological and biomedical areas such as immobilization of biomolecules ; separation of metal ions, cells, proteins, dna ; immunoassay, biochemical analysis and magnetic resonance imaging ( mri ) probes

    其中的殼結構既具有生物適應性，又具有可鍵合生物分子如細胞、蛋白質、酶、抗體和核酸的活性基團，而核具有磁性特性。
  17. The structural integrity test of containment for qinshan nuclear power plant

    秦山核電二期安全殼結構整體性試驗
  18. This paper reviews the preparations and applications of inorganic - inorganic nanomaterials with core - shell structures

    本文綜述了無機無機核殼結構復合材料的制備及其應用。
  19. Tem images revealed that a carbon encapsulated core / shell structure was formed in the composites, which could ensure good dispersion of carbon nanoparticles within pmma matrix

    透射電鏡結果表明納米碳可與聚甲基丙烯酸甲酯形成核殼結構，使得納米碳均勻分散於聚合物基體中。
  20. It was the first time that the silica nanoparticles was coated with gd2o3 : eu rare - earth oxides, then the core - shell structure compound particles were obtained. the characterizations showed that the thickness of uniform coating is in 10 - 20nm ; the silica core is linked with the gd2o3 : eu shell by chemical bond si - o - gd ; because of the size effects and interface effects of nano - crystal coating, the diffraction and emission peaks become broadened. and at the same time, the transfer temperature of silica from amorphous to crystal is decreased

    首次在納米sio2表面包覆一層gd2o3 : eu稀土復合氧化物，得到了核-殼結構的復合顆粒，表徵結果表明，均勻包覆層的厚度為10 - 20nm ； sio2核和gd2o3 : eu殼層物質之間通過化學鍵si - o - gd鍵的作用結合在一起；由於包覆層納米晶的尺寸效應和界面效應使xrd衍射峰和熒光光譜發射峰出現了寬化現象。
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