electrostatic interaction 中文意思是什麼

electrostatic interaction 解釋
靜電交互作用
  • electrostatic : adj. 靜電的,靜電學的。adv. -cally
  • interaction : n. 1. 相互作用,相互影響,互動。2. 【航空】干擾。
  1. Conductive glass electrodes were modified with polyethylenimine ( pee ) and polyacrylicacid ( paa ) via electrostatic interaction ; and the electrochemical luminescence behavior of luminol on the modified electrodes was compared

    摘要通過靜電相互吸引作用對導電玻璃電極表面進行聚乙烯亞胺和聚丙烯酸分子層修飾;比較了修飾電極對中性介質中魯米諾電化學發光的影響。
  2. In the framework of the transverse ising model ( tim ), landau phase transition theory and the electrostatic field theory, we study the physical properties of the ferroelectric thin film, bilayer, sandwich structure, multilayer with a non - polarization slab and a two - dimension polar lattice model with polar defects. the main work and results are as follows : first, the long - range interaction in ferroelectric material is sometimes neglected in the previous studies. we introduce the long - range interaction in the framework of the tim and the landau theory

    本文在橫場伊辛模型、朗道相變理論以及靜電場等理論的框架內,對鐵電薄膜、鐵電雙層膜、鐵電三明治結構以及含有雜質層的鐵電多層膜和含有偶極缺陷的二維偶極點陣系統等多層鐵電系統的相變、熱電、介電、電滯行為等物理性質進行了深入研究。
  3. The results showed mn and ni complexes possibly bind to dna by the mode of interaction, whereas zn complex possibly bind to dna by the modes of interaction and electrostatic binding. 5. in addition, we conjugated cleavage system with recognize system and analyzed joint products by hplc, which provide experimental basic for design of dual effects cleavage

    此外,本文還選用咖啡酸純品來突破切割體系與識別體系(用氨基臂修飾的寡聚脫氧核苷酸)的連接,並用高效液相色譜法分析其偶聯產物,為今後設計併合成一種具有特異識別和高效切割雙重功能的人工核酸酶提供了實驗基礎。
  4. The stretching vibration of v = o shifts to lower wavenumbers, which is contributed to the oet v : = o bonding interaction. the intercalation of peo effectively shields the electrostatic interaction between li + ions and v2o5 layers, resulting in the improvement of the cycling reversibility and stability of li + ions insertion / extraction in the interlayer of v2o5 xerogel and the improvement of electrochromic behavior of the films

    通過電學、電化學和光學性能測試結果表明: peo的嵌入,有效屏蔽了vzos層對li十離子的靜電作用及peo與li十離子之間產生的絡合作用,大大提高了li +離子在氧化物層間的嵌入容量、嵌入/脫出可逆性和穩定性,有效提高了薄膜的電致變色性能尤其是在近紫外區的陰極電致變色性能。
  5. Supramolecular action is a kind of molecular interaction with molecular recognition ability. it includes van der waals and electrostatic interactions, hydrogen - bonding, - bonding and hydrophobic interaction, which are accompanied by spacial effect

    超分子作用是一種具有分子識別能力的分子間相互作用,是空間效應影響下的范德華力、靜電引力、氫鍵力、相互作用與疏水相互作用等。
  6. In addition, chondroitin sulfate / chitosan composite films are self - assembled through electrostatic attraction on the positively charges mica substrate. the interaction and mechanism of forming the composite films were introduced. when the concentration of chitosan is 5 mg / ml and the concentration of chondroitin sulfate is 1 mg / ml, the composite films exhibited a good miscibility at a molecular scale. this kind of composite films is promising in the field of medical materials

    另外,也研究了草酸鈣在硫酸軟骨素自組裝膜上受控凝集結晶的現象,發現當硫酸軟骨素的濃度為1 . 0mg ml時在雲母表面形成的網狀基底可以誘導過飽和的草酸鈣溶液凝集結晶形成liesegang環,為深入研究尿結石中環結構的形成提供了一定的實驗依據。
  7. The study on solvation effect is the focus of the international scientific research fields. the electrostatic interaction is the most important part hi the solvation effect, especially when the solute is charged or highly polarized

    而靜電相互作用是溶劑北京工業大學工學碩士學位論文一化效應中最主要的貢獻,尤其當溶質分子帶電荷或高度極化時更是如此。
  8. Arginine rich human histone h3 is a kind of basic nucleosome protein. in the medium of physiological condition, by electrostatic interaction, histone h3 which arginine impart to it a positive charge binds to dna which phosphate groups impart to it a negative charge. in this paper, in order to establish a new technology of transfection, the functional domains la and ii gene segments of pea were lined with histone h3 gene segment, then a recombinant fusion protein was constructed which serves as c arrier for transfer of dna via receptor - mediated endocytosis

    本實驗在已成功獲得的pea功能區a ,功能區基因片段與人組蛋白h3基因片段的克隆菌株的基礎上,構建原核表達載體,將克隆質粒pmd - 18t - pea經nco , mlu雙酶切,回收酶切產物;將克隆質粒pmd - 18t - h3經mlu , xho雙酶切,回收酶切產物。
  9. Chapter 4 : the dye pdcp has been bound to dowexl x 2 - 200 resin mainly by the electrostatic interaction

    中文摘要第四章:本章研究了以pdcp作為磷光傳感材料, dowexlxz一200陰離子交換樹脂為基質的氧傳感器。
  10. Part iv computer - aided molecule modelling of tnfa mimotopes and tnfa - binding peptides : to investigate the interaction between tnfa mimotopes and tnfa - binding peptides, the computational docking program autodock ( with confirming calculations using discover ) was used to predict the binding modes of llt - 18 with tnfa firstly, then lcs - 7 was docked to llt - 18 by manual. the interaction between llt - 18 and tnfa or lcs - 7 showed electrostatic interaction and h - bond dominant

    進行對接,對兩者間結合位點進行分析;在此基礎之上,以insight11軟體構建lcs刁分於三維結構, autodock程序對接llt和lcs 7兩個短肽分子,找尋兩者結合的關鍵性殘基,結果表明llt與tnfa及lcs 7分子間相互作用以靜電相互作用為主, lcs刀和tnfa活性部位的arg在分于間相互作用中起重要作用。
  11. As a consequence, in order to prepare core - shell particles with well - defined composition, morphology and properties, furthermore to obtain ordered advanced nanocomposite materials, the future research in nanoengineering of particle surfaces should focus on both optimization of the existing approaches and the development of new methods, make full use of the specific chemical and / or electrostatic interaction between colloidal templates and shell substance or its precursors

    指出利用膠體粒子模板表面與殼層物質或其前驅物間的特殊相互作用(包括靜電和化學相互作用) ,是完善現有制備方法和發展新方法來制備具有設定組成、結構和性能的核殼復合粒子的關鍵,同時也是將來的粒子表面納米工程和獲取有序的、先進的納米復合材料的主要方向。
  12. A mechanism that interprets this phenomenon was proposed as follows : the adsorbents can interact with phospholipid of ldl through calcium ion cross - linking of the phospholipid phosphate groups of ldl and the carboxyl groups of sde ligands. on the other hand, the electrostatic interaction between the positive charge of the phospholipid choline nitrogen of ldl and the negative charge of carboxyl groups of sde ligands is enhanced by the calcium cross - linking of the phosphate groups of neighboring phospholipids in ldl

    其可能的原因是:在吸附體系中如存在大量的cay ,一方面ca可以作為橋梁連接ldl所含磷脂極性頭部的磷酸基團和吸附微珠配體上的孩基;另一方面又可交聯相鄰磷脂間的磷酸基團,從而促進ldl所含磷脂極性頭部的膽堿n 」與配體竣基的相互作用。
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