interaction of molecules 中文意思是什麼

interaction of molecules 解釋
分子相互作用
  • interaction : n. 1. 相互作用，相互影響，互動。2. 【航空】干擾。
  • of : OF ＝Old French 古法語。
  • molecules : 分子學
  1. [ objective ] heparin is linear polysaccharides consisting of repeating disaccharide unit backbones of n - acetyl - d - glucosamine that is linked to d - glucuronic acid. the disaccharide repeat unit can be modified to include n - and o - sulfation ( 6 - o and 3 - o sulfation of the glucosamine and 2 - o sulfation of the uronic acid ). these specific sulfate patterns are involved in the interaction of heparin with other molecules

    [目的]肝素是由n -乙酰葡萄糖胺與d -葡萄糖醛酸以1 4糖苷鍵連接起來的重復二糖單位組成的線性多糖，葡萄糖胺可帶有n -硫酸基團，可在c6上形成0 -硫酸酯，帶有硫酸基團的獨特結構參與了肝素與其他分子的相互作用。
  2. Our main conclusions are that surface polar interaction can give rise to a transition from a high temperature homogeneous alignment to a low temperature hometropic alignment, that if the strength of the surface polar interaction is weaker than the one of surface dispersion interaction, the homogeneous alignment of the nematic is always stable. part ii : a two - particle cluster theory is presented to study the effect of a solid bounding surface on the nlcs formed by polar molecules

    獲得的重要結論是：摩擦基板與液晶分子間的表面極性相互作用能引起基板間向列相液晶分子指向矢出現高溫沿面到低溫垂面的轉變；當表面極性作用強度弱於表面色散作用強度時，基板間向列相液晶分子平行於基板的排列非常穩定。
  3. The form of the interaction potential between molecules is assumed to be the same with which is used in the theory of cholesteric phase

    分子間相互作用勢與膽甾相微觀理論中所採用的作用勢相同。
  4. Animate as well as inanimate matter, living organisms as well as materials, are formed of molecules and of the organized entities resulting from the interaction of molecules with each other

    生命物質和非生命物質，活體組織和材料，都是由分子和通過分子間相互作用而成的組織體組成。
  5. First - principles study of the interaction between molecules and a gold surface

    分子和金表面相互作用的第一性原理研究
  6. The major results are as follows : ( 1 ) complexing action is fundamental for this method, while the interaction of molecules in gel precursor is important for uniformity. the ideal structure of complex gel is that complex molecules in the gel connecting with each other mainly by chemical bonds

    得出以下結論： （ 1 ）絡合作用是絡合物溶膠凝膠法的基礎，凝膠中分子間的作用方式是影響凝膠中組分均勻性的重要方面，理想的絡合物凝膠結構應該是絡合物分子之間更多的以化學鍵合的形式相聯。
  7. Van der waals ( vdw ) complexes are weak bonding complexes formed by atoms or molecules through interaction of electric multipole moments and dispersion forces. these complexes are characterized by their comparatively low binding energy ( 100 - 1000cm - 1 )

    范德瓦爾斯（ vdw ）復合物是原子或分子間通過多極矩和色散相互作用形成的弱鍵能復合物，它們的鍵能比較弱，一般為100 1000cm ~ （ - 1 ） 。
  8. In this paper, we discuss the relationship of the theoretical formula for anchoring energy and other phenomenological formulas. in the case of one - dimension the theoretical formula return to rp formula and w1 = a0, w2 = a - a ( ? ). when the interaction of two molecules is repulsive potential, the theoretical formula recovers the phenomenological formula of zhao et al

    本文討論了理論公式與其它各種唯象公式間的關系，當用於液晶盒的一維問題時，理論公式化為rp公式，並且w _ 1 = a _ ， w _ 2 = a _ - a _ ；當兩種分子之間的作用勢為排斥勢時，由理論公式可得到zhaoet
  9. Scattering sections reflect some characters of interaction potential in collision systems ; therefore one can get information about interaction from the theoretical and experimental research of collision between atoms and molecules. it is especially noted that non - elastic scattering sections and single rotational - excitation sections give abundant information about orientation and repulsive potential of interaction between atom and molecules, which meant an important way as to fully investigating the interaction between atoms and molecules

    散射截面反映了碰撞體系相互作用勢的基本特性，從原子分子碰撞的理論及實驗中能夠獲得有關相互作用的信息；非彈性散射截面和單個轉動激發截面提供了有關原子與分子相互作用方向性和排斥勢的豐富信息，是全面探索原子與分子相互作用的重要途徑之一。
  10. When exciting at 1064nm, the fluorescence of the crystal violet ( cv ) in the cv - au sol system will be quenched rapidly and meanwhile its raman signals will also be enhanced at least 105. after addition of some drops hno3 ( 1 + 10 - 2m ), due to the chemical interaction between some cv molecules and hno3, some hcv derivatives will be formed. compared with cv, hcv can be adsorbed on metal surface more easily and tightly so there is some extra enhancement in this condition

    結果表明，結晶紫分子?金膠體系中結晶紫分子在1064nm近紅外光激發條件下，其熒光得以大大淬滅，同時拉曼得到了至少不低於10 ~ 5倍的增強；當進一步加入硝酸使得其處于酸性氣氛下時，由於部分結晶紫分子與硝酸發生了化學作用形成了結晶紫分子的單替代衍生物（ hcv ） ，而hcv與結晶紫分子相比，更容易吸附在金屬表面，因此結晶紫分子nir - sers還將有很大的增強。
  11. These chemical factors may balance the charge state of protein molecules and, thus, increase the degree of interaction between the reactants

    這些化學因素可能會平衡蛋白分子的電荷狀態，從而增加了反應物間相互作用的程度。
  12. The conclusions are as listed below : compared with absorption of fc16ab in chloroformon, the absorption peak of fcifrab in lb films shifted toward the shorter wavelength region, suggesting that some interaction among molecules due to the close molecular packing such as h - aggregates in the lb films. comparing uv - vis spectra of fc16ab in lb films deposited from cl - subphase with from aqueous subphase, this blue shift phenomenon of absorption demonstrated cl - made the compactness of fc16ab lb films increasing. ft - ir spectra of fc16ab in lb films at different temperature showed that there is a gradual disordering of alkyl chain from 27 ? to 200 ?, but no district phase transition appeared

    結論如下：紫外-可見光吸收光譜說明：與fc _ （ 16 ） ab氯仿溶液相比， lb膜的吸收光譜發生了藍移，這歸結于fc _ （ 16 ） ab發生了h -聚集以及抗衡離子可以使fc _ （ 16 ） ab的lb膜排列更緊密；變溫紅外光譜說明，隨著溫度升高， fc _ （ 16 ） ab的lb膜中烷基鏈的有序排布程度減弱，這表明該lb膜熱穩定性減弱，但在減弱的過程中沒有出安徽人學申請碩士學位論文摘要現相轉變。
  13. Effective activation of antigen - specific t cells not only requires the first signal transduction through t - cell receptor ( tcr ) binding with peptide - mhc complex on the antigen presenting cell ( apc ), but also needs the second signal, termed costimulation. costimulation critical to the degree and consequence of t cell activation is provided by interaction between soluble factors or cell - surface molecules on the t cell and on the apc

    而t細胞的活化除需要t細胞受體（ tcr ）與抗原呈遞細胞（ antigenpresentingcell ， apc ）表面的抗原肽- mhc復合物結合所形成的第一信號外，還需要t細胞和apc表面的其它膜分子結合所提供的共刺激信號（亦稱第二信號或輔助刺激信號， costimulatorysignal ）的參與。
  14. For instance, the structure of dab in silver sol is a stable cis form, while that is an unstable trans form on silver mirror, which could be due to the difference of interaction between the solvent molecules and dab molecules

    在銀膠中，其結構為穩定的反式結構，而在銀鏡表面，其結構由反式轉變為順式結構，這主要是由於溶液中水分子和空氣中氣體分子對dab分子作用的差別。
  15. Afm - based single molecule force spectroscopy and optical tweezers can be used to study the molecule - level mechanical problems of polymer materials, which include the strength and elastic properties of single polymer chain, force - induced conformation transition of polymer chain, interaction among polymer molecules, adsorption strength and conformation of polymer chain on solid substrates, nanometer - scale viscoelasticity measurement and nano - tribology of polymer surfaces

    摘要基於原子力顯微技術的單分子力譜法和光鉗法可用於研究聚合物材料分子層次上存在的力學問題，包括聚合物分子鏈的強度、彈性性質及外力作用下的構象轉變、分子間相互作用、聚合物分子的界面吸附以及聚合物表面的納米粘彈性和納米摩擦學等問題。
  16. We have studied the structural character of the model small molecules related to the biological processes and the interaction strength between them, such as no, no +, no ", so and some ions

    本文主要圍繞著與生物過程相關的幾種生物小分子模型，如含氮和含硫氧化物體系，開展了一系列的研究工作。
  17. The results show that nano - particles affect the solution viscosity and crystalline properties of uhmwpe. owing to the strong interaction between nano - particles and pe molecules, the viscosity and e _ ( ) of uhmwpe solution increase with the increasing of nano - particles content

    實驗表明，納米粒子的加入對溶液粘度和uhmwpe的結晶性能均有影響，由於納米粒子和pe大分子及溶劑間有強烈的相互作用，使溶液粘度及粘流活化能均隨納米粒子的加入量的增加而增加。
  18. The technology of surface plasmon resonance ( spr ) is a novel sensing methodology as a key principle for the measurement of the interaction of two molecules

    表面等離子體子共振（ surfaceplasmonresonance ， spr ）傳感技術是一種新型的分析技術。
  19. Based on the stability and biocompatibility of the qds, it is possible to make movies of long - term interaction of biological molecules in a living cell by tagging each biomolecule with different color of qds

    基於量子點的穩定性和生物相容性，有可能通過標記不同顏色的量子點到不同的分子，觀察它們在活細胞內的運動。
  20. When we talk of interaction of atoms to form chemicals & substances we begin a new branch of science known as chemistry ; which deals with sharing of electrons & protons to form different molecules to further facilitate the formation of gases, liquids & solid substances

    當我們討論原子間相互作用生成化學物質時，我們開始進入科學中一個分支，我們稱之為化學；它處理的是重新分配電子和質子以形成不同的分子進而形成氣態，液態和固態物質。
分享友人
分享到 Line

分享到臉書