molecular self-assembly 中文意思是什麼
molecular self-assembly
解釋
分子自組裝-
Molecular self - assembly is a topic of current interest in supramolecular chemistry
摘要分子自組裝是超分子化學最重要的研究內容之一。 -
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。 -
The central issue of this paper is to review the progress on molecular assembly based on calixarene derivatives, which covers the self - assembly of calixarenes in solution, solid as well as surface through hydrogen bonding, metal - induced force, - interactions, hydrophobic interactions as well as other non - covalently weaker forces
主要綜述杯芳烴衍生物通過氫鍵、金屬誘導配位、 -作用、疏水作用等非共價鍵弱相互作用力在溶液狀態、固態和界面的分子自組裝方面的研究進展。 -
This course, molecular structure of biological materials : structure, function and self - assembly, is intended for upper undergraduate and graduate students, and researchers interested in understanding and utilizing materials of biological origin
此課程的內容為生物材料的分子結構：結構、功能與自我組裝，是為大學高年級與研究所學生，以及有興趣了解和利用生物構成材料的研究人員所開設。 -
In this reactor, a series of nano - sized crystals, one - dimension chain structure of [ cu ( idac ) ( h20 ) 2. and [ ag ( l - phe ) ] were formed through self - assembly with different length and diameter. the length and diameter of the nanorods could be adjusted by changing the molecular weight of peg and the content of the water in the reactor
在該反應器中，通過改變peg的分子量和調節反應器中水的含量，過渡金屬離子和氨基酸分子通過自組裝方式結合形成了一系列不同長度和直徑的一維鏈狀的[ cu （ idac ） （ h _ o ） _ 2 ] _和[ ag （ l - phe ） ] _納米晶。 -
By using self - assembly of beforehand synthesised host such as cyclodextrin, crownether, cylcophane to construct monolayer lb - film, rotaxane, and tube scientists have report a lot of comprehesive nano - self - assembled supramoleculars of well defined structure and special function. calix arene is the third host after cylcodextrin and crownether which can complex with both cation ion and small molecular
其中用預先合成的主體如環糊精、冠醚、環瑤通過自集構築單層的lb膜、索烴、管道等復雜的有精確結構和特殊功能的納米級分子聚集體有大量的研究報道。 -
The study on the inclusion behaviors of cyclodextrins with amino acids, peptides and proteins would help us to recognize the essence of life, the conception of self - assembly, molecular recognition and so on in the supramolecular chemistry. in our laboratory, supramolecular inclusion behaviors of polylactide - grafted copolymer of 3 ? yclodextrin with peptides and proteins were investigated so as to evaluated the possibilities of polylactide grafted copolymer of 3 ? yclodextrin as a carrier of pept. ide drug delivery system
氨基酸是構成蛋白質的基本單元，通過對環糊精與氨基酸以及多肽之間包絡識別行為的研究，對于認識生命現象的本質、理解超分子中的自組裝、分子識別等概念具有十分重要的意義，並為進一步研究和認識環糊精高聚物與蛋白質之間的包絡行為奠定基礎。 -
Molecular self - assembly laboratory in massachusetts institute of technology
美國麻省理工學院分子自組裝實驗室簡介 -
Calixarenes taken as the third general artificial synthetic receptors, following crown ethers and cyclodextrins, have been well explored in molecular self - assembly
杯芳烴作為繼冠醚、環糊精之後的第三代人工合成受體分子己在分子自組裝研究方面取得了重要進展並顯示了廣泛的應用前景。 -
The paper probes kinds of molecular self - assembly, influence factors and correlation molecular machines including molecular shuttle, molecular switch, molecular brake and molecular motor
摘要探討了分子自組裝的類型、影響因素以及相關的分子梭、分子開關、分子剎車和分子發動機等分子機器。 -
The self - assembly of quantum structure is a new science concept, which unifies the chemistry and physics, organic and inorganic, and so on. the process using self - assembly to construct quantum structure in mesoscope will greatly promote the development of integrated circuits, microelectronics, nanoelectronics and further, to molecular electronics. the self - assembly of quantum structure is being one of the hottest fields in solid physics, material chemistry, and nanoscience
量子結構組裝是一新的科學概念，它統一化學與物理，有機與無機，在介觀尺度上實現集成，它的實現，將會大大地促進納米集成光電子學，納米集成微電子學的發展，是當前固體物理、材料化學中的活躍領域之一。 -
With the aids of the high resolution of afm, self - assembly which use molecular scale material as unit to fabricate nanometer scale structure could realize this goal
藉助原子力顯微鏡的高解析度，分子自組裝這種採用分子尺度材料作為組元去構建納米尺度的結構的方法可以實現這一目的。 -
Spectroscopic investigation on solution structure, molecular aggregation and self - assembly in microemulsion systems
（ 4 ）微乳體系內分子聚積態，分子自組裝及溶液結構的研究。 -
The ionic self - assembly deposition technique is a newly developed technique used to fabricate thin films of photoelectric parts with its main advantages : easy o peration, controllable film thickness and compound in molecular size
離子自組裝技術是新發展起來的一種薄膜器件制備技術，其優點是：操作簡單，膜厚可控，分子尺度復合，成膜容易，用此技術制備光伏器件研究剛剛開始。 -
In the present dissertation, nanocomposite thin films and extended molecular devices were prepared via the electrostatic self - assembly monolayer technique. the structures and the properties of the thin films were studied by uv - vis spectroscopy, x - ray diffraction spectroscopy, x - ray photoelectron spectroscopy, laser raman spectroscopy, atomic force microscopy, fiber optic experimental setups and so on. a novel fiber optic humidity sensor based on the self - assembled polyelectrolyte multilayer thin films was presented, and other thin film devices were also described
在對納米復合薄膜研究的重要性及自組裝薄膜技術的發展動態進行綜合分析的基礎上，開展了利用靜電吸附自組裝技術制備納米復合薄膜及廣義的分子器件的研究，採用紫外-可見光光譜儀、 x射線衍射儀、 x射線光電子能譜儀、激光拉曼光譜儀、原子力顯微鏡、光纖光學系統等研究了復合薄膜的結構與性能，研製了一種光纖濕度傳感器和其他薄膜器件。
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