molecular magnetism 中文意思是什麼

molecular magnetism 解釋
分子磁性
  • molecular : adj. 分子的,由分子形成的,分子內[間]的。adv. -ly
  • magnetism : n. 1. 磁（性），磁力；磁學。2. （人格、道德等的）吸引力，魅力；催眠術。
  1. In this paper, we classified the organic molecular magnetism. from organic molecular ferromagnetism, organic metal molecular ferromagnetism and inorganic molecular ferromagnetism, we introduced the advanced progress of organic molecular magnetism

    摘要在大量文獻的基礎上對有機分子磁體進行分類，從有機分子鐵磁體、有機金屬分子鐵磁體和無機分子鐵磁體三個方面介紹了有機分子磁體的最新研究進展。
  2. Thirty - one crystals of polyoxometalates ( 1d, 2d, 3d ) were prepared by means of middle hydrothermal technique, molecular design and self - assembly, and characterized structurally by single crystal x - ray diffraction. the thermal stability, activity of catalysis and magnetism of some compounds were systematically studied. the continuous appearance of p - v - o, p - mo - o, v - mo - o, v - o system with novel structure enrich polyoxometalate chemistry, the reaction characterization and the synthesis law of molybdates, tungstates and vanadates under hydrothermal conditions were explored

    由於p - v - o 、 p - mo - o 、 v - mo - o 、 v - o體系新結構不斷出現，豐富了多金屬氧酸鹽化學，探討水熱條件下釩、鉬、鎢物種的反應特性和生成規律，研究原料的選擇、配比、加料順序、濃度、酸度、反應溫度、反應時間等因素對產物的生成及結構的影響，為新的催化劑、導電材料、磁性材料的研製與開發積累經驗。
  3. In consideration of the calculation measures and the purpose of study, we selected the simple molecule model 5 in the above models and studied the relation between magnetism and structure. the molecular antiferromagnetism increases with the increasing of the bridging angle o - c - o ( o ). when 0 > 118. 623 degrees, the molecular antiferromagnetism increases with the decreasing of the spin density on the cu in its triplet state

    考慮到計算量及研究目的，在上面的模型中選取了較簡單的分子模型5 ，來研究其磁構效關系，分子的反鐵磁性隨橋聯角o - c - o夾角的增大而增強，在大於118 . 623度時，分子的反鐵磁性隨三重態銅上自旋密度的減小而增強，但當小於118 . 623度，分子反鐵磁性隨三重態銅上自旋密度的減小反而減小，在文中，我們解釋了這種現象。
  4. Design and synthesis of high spin ground state molecules is an important content in the research of molecular magnetism

    多核配合物高自旋基態分子的設計和合成是分子磁學的一項重要研究內容。
  5. But when0 < l 18. 623 degrees, the molecular magnetism decreases with the decreasing of the spin density on cu in its triplet state. in the thesis, we explained this phenomenon. moreover, we also studied the relations between the j and ( e, - e2 ) 2

    另外，我們還揭示了j三重態兩個成單電子所在的分子軌道能量差的平方（ _ 1 - _ 2 ） ~ 2之間的變化關系。
  6. In the past several decades, molecular magnetism has been developing so fast and has become a newly arisen front study realm. in this thesis, we selected three kinds of molecular magnetism materials and studied their magnetism, respectively

    近幾十年來，分子磁學發展迅猛，已成為一個新興的前沿研究領域，在本論文中，我們選取了三種分子磁性材料，對其磁學性質分別進行了研究。
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